METHOD FOR DETERMINING THE RISK OF OCCURRING NOSOCOMIAL INFECTIONS IN A PATIENT

Description

[0001] The present invention relates to a process in vitro Or ex vivoTo determine the risk of developing a healthcare-associated infection in a patient, including a step of measuring CIITA expression in a biological sample of said patient. The development of healthcare-associated infections is a significant complication related to medical care, particularly in medicalized care settings such as hospitals (where the term nosocomial infections is more precise). Nosocomial infections in intensive care units, which occur in 20 to 40% of patients, have been shown to be associated with increased morbidity and mortality, a longer duration of the need for organ support, a longer hospital stay, higher healthcare costs, and greater use of antibiotics, contributing to antimicrobial resistance.The incidence of healthcare-associated infections has been particularly exacerbated in recent years by the rise in multidrug-resistant pathogens. The World Health Organization (WHO) estimates that there are approximately 5 million nosocomial infections in European hospitals, leading to around 50,000 deaths and an annual cost of 13 to 24 billion euros. Numerous factors influence the occurrence and development of healthcare-associated infections, such as the patient's overall health status, as well as factors related to patient care (e.g., the administration of antibiotics and / or the use of invasive medical devices), factors related to the hospital environment (e.g., the nurse-to-patient ratio), and the variable use of aseptic techniques by hospital staff.Recommendations have been published, and the implementation of infection control programs has been encouraged, particularly by the . US Department of Health and Human Services,The European Centre for Disease Prevention and Control, the WHO, and national agencies have made the prevention and reduction of healthcare-associated infections a major priority. Infection control programs have been shown to be particularly effective in reducing severe infections. However, it has been estimated that up to 65–70% of catheter-related bloodstream and urinary tract infections, and 55% of ventilator-associated pneumonia and surgical site infections could be avoided. Furthermore, adherence to and implementation of recommended procedures can be challenging in some hospitals, particularly in low- and middle-income countries.Early identification of patients at risk of developing healthcare-associated infections (HAIs) is a key step in preventing and managing these infections. According to some models, a biomarker that reduces the time to identify HAIs in a high-risk population could reduce mortality in these patients, with a good cost-effectiveness ratio. However, no diagnostic test is currently available in clinical practice. in vitro allowing the identification of patients at high risk of contracting a healthcare-associated infection.

[0002] The CIITA gene ( Class II Major Histocompatibility Complex TransactivatorThis gene codes for a transactivator of major histocompatibility complex class II. Once in the cell nucleus, the protein acts as a positive co-regulator for the transcription of genes of major histocompatibility complex class II, a key component of immune defense. Mutations in this gene have been identified in denuded lymphocyte syndrome, a congenital immune syndrome linked to a deficiency of major histocompatibility complex class I or II on the surface of lymphocytes. A chromosomal rearrangement in this gene has also been described in Hodgkin lymphoma and primary B-cell lymphoma. Furthermore, it has been shown in the literature that CIITA mRNA expression is initially decreased in septic patients, regardless of the severity of the disease, and then gradually increases (Cajander et al. (2016), PLoS One 11(5):e0154690).Chromatin immunoprecipitation analyses have also shown differences in chromatin (histone methylation and acetylation) at the CIITA locus between septic patients and healthy volunteers (Weiterer et al (2015), PLoS One 10(3): e0121748). Furthermore, CIITA mRNA expression has been shown to correlate with HLA-DRA, HLA-DRB, or CD74 mRNA expression, but it was not differentially expressed in septic patients who died after septic shock (Cazalis et al (2013), Critical Care 17(6):R287). In patent application US20120077693, the expression level of CIITA (among a list of other genes) was used in combination with the expression level of CX3CR1 to establish a survival prognosis in a patient with systemic inflammatory response syndrome (SIRS).In patent application WO2012101387, the expression of at least two genes chosen from a list of nineteen genes, including CIITA, made it possible to determine the overall immune status of a septic individual.

[0003] It has now been discovered, quite surprisingly, that measuring CIITA gene expression can determine a patient's risk of developing a healthcare-associated infection (HAI). This had never been shown or suggested in the literature: indeed, while a link between CIITA expression and immunosuppression has been established in the literature, based on its function and correlations observed with known immunosuppression biomarkers such as mHLA-DR and CD74, CIITA had never been mentioned as a possible predictor of HAIs. Patients at high risk of developing an HAI could benefit from individualized care.

[0004] Thus, the present invention relates to a process in vitro Or ex vivoto determine the risk of a healthcare-associated infection occurring in a patient, including a step of measuring the expression of the CIITA gene in a biological sample of said patient.

[0005] Within the scope of the present invention: The term "patient" refers to an individual (human being) who has come into contact with a healthcare professional, such as a physician (for example, a general practitioner) or a medical facility or healthcare establishment (for example, a hospital, and more specifically the emergency department, the intensive care unit, a critical care unit, or a step-down unit, or a nursing home for the elderly). The patient may, for example, be an elderly person undergoing a vaccination protocol (particularly in a nursing home or at a general practitioner's office). An infection is considered "healthcare-associated" if it occurs during or following the care (diagnostic, therapeutic, palliative, preventive, educational, or surgical) of a patient by a healthcare professional, and if it was not present at the start of that care.Healthcare-associated infections (HAIs) include infections acquired within a healthcare facility (known as nosocomial infections) as well as those acquired during care provided outside of such a setting. When the infectious status at the start of care is not precisely known, a delay of at least 48 hours, or a delay exceeding the incubation period, is commonly accepted to define an HAI. For surgical site infections, infections occurring within 30 days of the procedure are generally considered healthcare-associated, or, if an implant, prosthesis, or prosthetic material is inserted, within one year of the procedure. The infection may be bacterial, fungal, or viral in origin.It may also involve the reactivation of potentially pathogenic latent viruses, such as herpes viruses, for example CMV; by "biological sample" we refer to any sample taken from a patient, and which may be of different kinds, such as blood or its derivatives, sputum, urine, stool, skin, cerebrospinal fluid, bronchoalveolar lavage fluid, abdominal cavity puncture fluid, saliva, gastric secretions, sperm, seminal fluid, tears, spinal cord, trigeminal nerve ganglion, adipose tissue, lymphoid tissue, placental tissue, gastrointestinal tract tissue, genital tract tissue, central nervous system tissue.In particular, this sample may be a biological fluid, such as a blood sample or a blood-derived sample, which may include whole blood (as collected from the venous route, i.e., containing white and red blood cells, platelets and plasma), plasma, serum, as well as any type(s) of cells extracted from blood, such as peripheral blood mononuclear cells (or PBMCs, containing lymphocytes (B, T and NK cells), dendritic cells and monocytes), B cell subpopulations, purified monocytes, or neutrophils; by "CIITA expression measurement" is meant the measurement of the expression of the CIITA gene, i.e. the gene encoding the CIITA protein.

[0006] Preferably, in the process as described above: the patient is a patient within a health facility, preferably within a hospital, preferably still within the emergency department, the resuscitation department, in an intensive care unit or in a continuous care unit; particularly preferably, the patient is a patient in a septic state (more particularly, in septic shock), a patient with burns (more particularly, severe burns), a patient with trauma (more particularly, severe trauma), or a patient undergoing surgery (more particularly, major surgery); and the method makes it possible to determine the risk of occurrence of a nosocomial infection in said patient.

[0007] In the case of a patient in a septic state (already suffering from a primary infection), the method according to the invention makes it possible to determine the risk of developing a secondary infection. A patient in a septic state (or a patient with sepsis) is defined as a patient presenting with at least one life-threatening organ failure caused by an inappropriate host response to an infection. Septic shock is defined as a subtype of sepsis in which hypotension persists despite adequate fluid resuscitation.

[0008] Preferably, the method according to the invention, as described above, in all its embodiments, makes it possible to determine the risk of occurrence of a healthcare-associated infection in a patient: within 30 days from the day of the immuno-inflammatory attack, preferably still within 15 days from the day of the immuno-inflammatory attack ( i.e.trauma for patients with trauma, burns for patients with burns, surgery for patients undergoing surgery or the diagnosis of sepsis for patients in a septic state), that is, during the 1st, 2nd, 3rd, 4th, 5th, 6th, 7th, 8th, 9th, 10th, 11th, 12th, 13th, 14th or 15th day from the immuno-inflammatory insult (the 1st day here corresponding to the day of occurrence of the immuno-inflammatory insult);the collection of the biological sample may in particular have been carried out during the 1st, 2nd, 3rd, 4th, 5th, 6th, 7th, 8th, 9th, 10th, 11th, 12th, 13th, 14th or 15th day from the immuno-inflammatory insult, preferably during the 1st, 2nd, 3rd, 4th, 5th, 6th or 7th day from the immuno-inflammatory insult, preferably again during the 3rd, 4th, 5th, from the 6th or 7th day from the immuno-inflammatory attack;and / or within 7 days, within 6 days, within 5 days or within 4 days following the day on which the biological sample was taken (regardless of the day on which this sample was taken), that is to say during the 1st, 2nd, 3rd, 4th, 5th, 6th or 7th day following the day on which the biological sample was taken (the 1st day here corresponding to the day after the day on which the biological sample was taken). ;

[0009] Preferably, the process as described above, in all its embodiments, further includes a step of measuring, in the patient's biological sample, the expression: of at least one gene selected from the family of genes coding for molecules involved in the innate immune system; and / or of at least one gene selected from the family of genes coding for molecules of the cell cycle; and / or of at least one gene selected from the family of genes coding for cytokines; and / or of at least one gene selected from the family of genes coding for anti-inflammatory cytokines; and / or of at least one gene selected from the family of genes coding for pro-inflammatory cytokine receptors, located in chromosome 2, at the level of the 2q11-2q12 region; and / or of at least one gene selected from the family of genes coding for pro-inflammatory cytokines; and / or of at least one gene selected from the family of genes coding for molecules involved in the formation of the cytoskeleton;and / or at least one gene selected from the family of genes coding for molecules involved in gene expression and / or transcription, and / or at least one gene selected from the family of genes coding for growth factors; and / or at least one gene selected from the family of genes coding for molecules of metabolism; and / or at least one gene selected from the family of genes coding for molecules involved in the adaptive immune system; and / or at least one gene selected from the family of genes coding for molecules involved in signal transduction; and / or at least one gene selected from the family of genes coding for molecules involved in acute-phase modulation.

[0010] The molecules involved in the innate immune system are well known to those skilled in the art. The innate immune system comprises all the cells and mechanisms that enable the body's immediate and non-specific defense against all types of infectious agents. Molecules involved in the innate immune system include antimicrobial peptides, the complement system, interferon I-alpha and I-beta, and acute-phase proteins. Examples of genes encoding molecules involved in the innate immune system include: GNLY, S100A9, C3AR1, ADGRE3, CD177, CX3CR1, IFIH1, OAS2, and OAS3.

[0011] Cell cycle molecules are also well known to those skilled in the art. They are involved in the regulation of at least one of the cell cycle phases, namely the G1 phase, the S phase, the G2 phase, and the M phase. These molecules may be responsible for the execution and transition of each cell cycle phase, such as cyclin-dependent kinases, or they may be responsible for monitoring the proper execution of each phase. Examples of genes encoding cell cycle molecules include CCNB1IP1, CDKN1A, CDKN1B, CDKN1C, CDKN2B, CDKN2C, and CDKN2D.

[0012] Cytokines are also well-known molecules to those skilled in the art. These soluble molecules are synthesized by a large number of cells, particularly lymphocytes and macrophages, and are involved in the development and regulation of immune responses. There are different types of cytokines, including chemokines, interferons, interleukins (pro-inflammatory and anti-inflammatory cytokines), lymphokines, and tumor necrosis factor (TNF). Examples of genes encoding cytokines include IL15, IL2, MCP1 (CCL2), and CXCL10. Examples of genes encoding anti-inflammatory cytokines include IL10 and IL1RN. Examples of genes encoding pro-inflammatory cytokine receptors, located in chromosome 2, at the level of the 2q11-2q12 region, include the following genes: IL18R1, IL1R2, IL1R1 and IL18RAP.Examples of genes encoding pro-inflammatory cytokines include: IFNG, IL1B, IL17A, IL18, IL6, TNF.

[0013] The molecules involved in cytoskeleton formation are also well known to those skilled in the art. These include molecules involved in the synthesis of the protein filaments that make up the cytoskeleton, namely actin microfilaments, microtubules, and intermediate filaments. Examples of genes encoding molecules involved in cytoskeleton formation include ARL14EP and GSN.

[0014] The molecules involved in gene expression and / or transcription are well known to those skilled in the art. These molecules enable gene activity and determine the extent to which a gene is expressed. Examples of genes encoding molecules involved in gene expression and / or transcription include: DYRK2, GATA3, MDC1, NFKB1, RORC, STAT4, TBX21, and TDRD9.

[0015] Growth factors are well known to those skilled in the art. These are molecules that promote or inhibit cell growth, proliferation, or differentiation. The CSF2 gene is an example of a gene that codes for growth factors.

[0016] The molecules involved in metabolism are well known to those skilled in the art. These are the molecules involved in the catabolism or anabolism of cells. Examples of genes encoding metabolic molecules include ALOX5, BPGM, and TRAP1.

[0017] The molecules involved in the adaptive immune system are also well known to those skilled in the art. Adaptive (or acquired) immunity is one of the mechanisms of action of the immune system. The adaptive immune system is composed of specialized cells and systemic processes that specifically eliminate each pathogen or prevent its development. In particular, adaptive immunity creates immunological memory after an initial response to a specific pathogen, leading to a strengthened response upon future encounters with that pathogen. Examples of genes encoding molecules involved in the adaptive immune system include: CD40LG, CD3D, BTLA, CD274, CTLA4, ICOS, PDCD1, TNFSF4, CD74, FCGR1A, LILRB2, and TAP2.

[0018] The molecules involved in signal transduction are also well known to those skilled in the art. Transduction is the second step in the signaling cascade that follows an extracellular signal and precedes the internal or external cellular response. Examples of genes encoding molecules involved in signal transduction include FLT1, HAVCR2, IL7R, and ZAP70.

[0019] The molecules involved in modulating the acute phase are also well known to those skilled in the art. The acute phase is an innate defense mechanism of the body, in response to inflammation, characterized by the stimulation or inhibition of the synthesis and / or secretion of blood proteins called acute-phase proteins. As an example of a gene encoding molecules involved in modulating the acute phase, we can cite the HP gene. Table 1. Chromosomal location of the CIITA gene and other genes whose expression can be measured in combination with that of CIITA Biomarker (gene) Chromosomal localization (GRCh38 / hg38) CIITA chr16:10,866,212-10,943,021 ADGRE3 chr19:14,619,117-14,690,027 ALOX5 chr10:45,374,176-45,446,121 ARL14EP chr11:30,323,099-30,338,458 BPGM chr7:134,646,779-134,679,816 BTLA chr3:112,463,966-112,499,702 C3AR1 chr12:8,058,302-8,066,471 CCNB1IP1 chr14:20,311,368-20,333,312 CD177 chr19:43,353,659-43,363,172 CD40LG chrX:136,648,177-136,660,390 CD274 chr9:5,450,381-5,470,567 CD3D chr11:118,338,954-118,342,744 CD74 chr5:150,400,041-150,412,936 CSF2 chr5:132,073,789-132,076,170 CTLA4 chr2:203,867,771-203,873,965 CX3CR1 chr3:39, 263,494-39, 281,735 CXCL10 chr4:76,021,116-76,023,536 DYRK2 chr12:67,648,338-67,665,406 FCGR1A chr1:149,781,275-149,792,518 FLT1 chr13:28,300,346-28,495,145 GATA3 chr10:8,045,378-8,075,201 GNLY chr2:85,685,175-85,698,854 GSN chr9:121,207,794-121,332,844 HAVCR2 chr5:157,085,832-157,142,869 HP chr16:72,054,592-72,061,056 ICOS chr2:203,936,731-203,961,579 IFIH1 chr2:162,267,074-162,318,764 IFNG chr12:68,154,768-68,159,741 IL10 chr1:206,767,602-206,774,607 IL1B chr2:112,829,751-112,836,903 IL15 chr4:141,636,583-141,733,987 IL1RN chr2:113,099,365-113,134,016 IL1R1 chr2:102,064,544-102,179,874 IL1R2 chr2:101,991,816-102,028,544 IL17A chr6:52,186,375-52,190,638 IL18 chr11:112,143,251-112,164,117 IL18RAP chr2:102,418,558-102,452,568 IL18R1 chr2:102,311,529-102,398,777 IL2 chr4:122,451,470-122,456,725 IL6 chr7:22,725,442-22,732,002 IL7R chr5:35,852,695-35,879,603 LILRB2 chr19:54,273,812-54,281,184 MDC1 chr6:30,699,807-30,717,966 MCP1 (CCL2) chr17:34,255,218-34,257,203 NFKB1 chr4:102,501,329-102,617,302 OAS2 chr12:112,970,819-113,011,723 OAS3 chr12:112,938,433-112,973,251 PDCD1 chr2:241,849,881-241,858,908 RORC chr1:151,806,071-151,832,238 S100A9 chr1:153,357,854-153,361,027 STAT4 chr2:191,029,576-191,246,172 TAP2 chr6:32,821,833-32,838,823 TBX21 chr17:47,733,236-47,746,122 TDRD9 chr14:103,928,438-104,052,667 TNF chr6:31,575,565-31,578,336 TNFSF4 chr1:173, 183,731-173,208,072 TRAP 1 chr16:3,651,639-3,717,597 ZAP70 chr2:97,713,560-97,744,327 Table 2. Classification of biomarkers that can be used in combination with CIITA, by family and according to their immune function. The site of expression (blood cell type) and localization are also indicated. Families Biomarkers Site of expression (blood cell type) Location Immune function Family of molecules involved in the innate immune system GNLY Gamma delta (γδ) T lymphocytes, CD4 T lymphocytes and CD8 T lymphocytes Intracellular, Secreted (different isoforms) Alarmin / defensin S100A9 Neutrophils, Classical Monocytes Intracellular, Secreted (different isoforms) Alarmin / defensin C3AR1 Basophils, Monocytes Membrane Cascade of the complement ADGRE3 Basophils, Monocytes Membrane, Secreted (different isoforms) Neutrophil migration / activation / degranulation CD177 Neutrophils Intracellular Neutrophil migration / activation / degranulation CX3CR1 Monocytes, NK lymphocytes, CD4 T and CD8 T lymphocytes Membrane Neutrophil migration / activation / degranulation IFIH1 All cell types (Neutrophils) Intracellular Interferon pathways OAS2 All cell types (Monocytes, Plasmablasts) Intracellular Interferon pathways OAS3 Neutrophils, Myeloid dendritic cells, Monocytes Intracellular Interferon pathways Family of molecules involved in the cell cycle CCNB1IP1 All cell types (Monocytes, Neutrophils, Basophils) Intracellular Cell cycle Cytokine family IL15 Monocytes, SM B lymphocytes, MAIT lymphocytes Intracellular, Secreted (different isoforms) T cell activation / proliferation IL2 Th2 and Th17 helper T lymphocytes, CD8 T lymphocytes, central memory T lymphocytes (CM) Secreted T cell activation / proliferation MCP1 (CCL2) Monocytes, Naïve B Lymphocytes Secreted Monocyte recruitment CXCL10 Monocytes Secreted Signal transduction Family of anti-inflammatory cytokines IL10 Myeloid dendritic cells, Monocytes, Follicular helper T lymphocytes, Th1 helper T lymphocytes, Regulatory T lymphocytes, Gamma delta (γδ) T lymphocytes Membrane, Secreted (different isoforms) Anti-inflammatory cytokine IL1RN Neutrophils, Monocytes Membrane, Secreted (different isoforms) Anti-inflammatory cytokine Family of pro-inflammatory cytokine receptors IL1R2 Neutrophils Membrane, Secreted (different isoforms) Pro-inflammatory cytokine receptor IL18RAP Neutrophils, NK lymphocytes, CD4 T lymphocytes, MAIT lymphocytes, gamma delta (γδ) T lymphocytes Intracellular, Secreted (different isoforms) Pro-inflammatory cytokine receptor IL18R1 Myeloid dendritic cells, Plasmacytoid dendritic cells, Basophils, Neutophiles, T lymphocytes, NK lymphocytes Intracellular, Secreted (different isoforms) Pro-inflammatory cytokine receptor IL1R1 Neutrophils, Memory CD4 T lymphocytes, Memory regulatory T lymphocytes Membrane, Secreted (different isoforms) Pro-inflammatory cytokine receptor Family of pro-inflammatory cytokines IFNG Gamma delta (γδ) T lymphocytes, CD4 and CD8 T lymphocytes, NK lymphocytes Secreted Interferon pathway IL1B Myeloid dendritic cells, Monocytes, Neutrophils Intracellular, Secreted (different isoforms) Pro-inflammatory cytokine IL17A Follicular helper T lymphocytes, Th17 helper T lymphocytes, Regulatory T lymphocytes Secreted Pro-inflammatory cytokine IL18 Myeloid dendritic cells, Monocytes, Progenitors, Plasmacytoid dendritic cells, Basophils, Neutophiles Intracellular, Secreted (different isoforms) Pro-inflammatory cytokine IL6 Monocytes, Naïve B Lymphocytes Intracellular, Secreted (different isoforms) Pro-inflammatory cytokine TNF Monocytes Intracellular, Secreted (different isoforms) Pro-inflammatory cytokine Family of molecules involved in cytoskeleton formation ARL14EP All cell types except neutrophils Intracellular Major complex class II histocompatibility interaction / export GSN All cell types (Neutrophils, B lymphocytes) Intracellular, Secreted (different isoforms) Regulation of actin filaments Family of molecules involved in gene expression and / or transcription DYRK2 All cell types (T lymphocytes) Intracellular, Secreted (different isoforms) Cell growth GATA3 Th2 helper T lymphocytes, Regulatory T lymphocytes Intracellular T cell activation / proliferation MDC1 All cell types except neutrophils Intracellular DNA Repair NFKB1 All cell types (Myeloid dendritic cells, Monocytes, Neutrophils) Intracellular Gene expression / transcription RORC MAIT lymphocytes, Th17 helper T lymphocytes Intracellular T cell activation / proliferation STAT4 T lymphocytes, NK lymphocytes Intracellular T cell activation / proliferation TBX21 NK lymphocytes, CD4 and CD8 T lymphocytes, MAIT lymphocytes, Gamma delta (γδ) T lymphocytes Intracellular T cell activation / proliferation TDRD9 Basophils, Classical Monocytes Intracellular Gene expression / transcription Growth factor family CSF2 NK lymphocytes, Myeloid cells, Lymphoid cells Secreted Cell growth Family of molecules of metabolism ALOX5 Basophils, Neutrophils, Monocytes, B Lymphocytes Intracellular Fatty acid metabolism BPGM All cell types Intracellular Carbohydrate metabolism TRAP 1 All cell types Intracellular Mitochondrial respiration Family of molecules involved in the adaptive immune system CD40LG T lymphocytes (except CD8 T cells) Membrane, Secreted (different isoforms) T cell activation / proliferation CD3D T lymphocytes Intracellular, Secreted (different isoforms) T cell activation / proliferation BTLA B lymphocytes, naïve B lymphocytes Intracellular, Secreted (different isoforms) Costimulation by the CD28 family / checkpoint inhibitor CD274 Basophils, Neutrophils, T lymphocytes Membrane Costimulation by the CD28 family / checkpoint inhibitor CTLA4 Regulatory T lymphocytes, CD4 T lymphocytes Intracellular, Secreted (different isoforms) Costimulation by the CD28 family / checkpoint inhibitor ICOS T lymphocytes Membrane Costimulation by the CD28 family / checkpoint inhibitor PDCD1 EM CD8 T Lymphocytes, T Lymphocytes Intracellular, Secreted (different isoforms) Costimulation by the CD28 family / checkpoint inhibitor TNFSF4 Progenitors Intracellular Costimulation by the CD28 family / checkpoint inhibitor CD74 Myeloid dendritic cells, Monocytes, B lymphocytes, Plasmacytoid dendritic cells Membrane Antigen presentation FCGR1A Neutrophils, Monocytes Membrane Antigen presentation LILRB2 Neutrophils, Monocytes Membrane Antigen presentation TAP2 All cell types (neutrophils) Membrane Antigen presentation Family of molecules involved in signal transduction FLT1 Neutrophils, Plasmacytoid dendritic cells Intracellular, Membrane, Secreted (different isoforms) Tyrosine kinase receptor HAVCR2 Myeloid dendritic cells, Monocytes, NK lymphocytes Intracellular, Secreted (different isoforms) Receiver IL7R T lymphocytes Intracellular, Secreted (different isoforms) Cytokine receptor ZAP70 NK lymphocytes, T lymphocytes Intracellular T cell activation / proliferation Family of molecules involved in the modulation of the acute phase HP Monocytes, Neutrophils, Basophils Intracellular, Secreted (different isoforms) Receptor (ligand binding and absorption by neutrophil trapping / degranulation receptor)

[0020] Also, preferably, the process as described above, in all its embodiments, includes, in addition to the step of measuring CIITA expression, a step of measuring, in the patient's biological sample, the expression of: of at least one, two, three, four, five, six, seven, eight, nine gene(s) selected from the following genes: GNLY, S100A9, C3AR1, ADGRE3, CD177, CX3CR1, IFIH1, OAS2 and OAS3; and / or of at least one, two, three, four, five, six, seven gene(s) selected from the following genes: CCNB1IP1, CDKN1A, CDKN1B, CDKN1C, CDKN2B, CDKN2C and CDKN2D; and / or of at least one, two, three, four gene(s) selected from the following genes: IL15, IL2, MCP1(CCL2) and CXCL10; and / or of at least one, two gene(s) selected from the following genes: IL10 and IL1RN; and / or at least one, two, three, four gene(s) selected from the following genes: IL18R1, IL1R2, IL1R1 and IL18RAP; and / or at least one, two, three, four, five, six gene(s) selected from the following genes: IFNG, IL1B, IL17A, IL18, IL6 and TNF; and / or at least one, two gene(s) selected from the following genes: ARL14EP and GSN;and / or at least one, two, three, four, five, six, seven, eight genes selected from the following genes: DYRK2, GATA3, MDC1, NFKB1, RORC, STAT4, TBX21 and TDRD9; and / or the CSF2 gene, and / or at least one, two, three, four, five genes selected from the following genes: ALOX5, BPGM and TRAP1; and / or at least one, two, three, four, five, six, seven, eight, nine, ten, eleven, twelve genes selected from the following genes: CD40LG, CD3D, BTLA, CD274, CTLA4, ICOS, PDCD1, TNFSF4, CD74, FCGR1A, LILRB2 and TAP2; and / or at least one, two, three, four genes selected from the following genes: FLT1, HAVCR2, IL7R and ZAP70; and / or the HP gene.

[0021] Preferably, the method as described above, in all its embodiments, comprises, in addition to the step of measuring CIITA expression, a step of measuring, in the patient's biological sample, the expression of at least one, two, three, four, five, six, seven, eight, nine, ten, eleven, twelve, thirteen, fourteen, fifteen, sixteen, seventeen, eighteen, nineteen, twenty, twenty-one, twenty-two, twenty-three, twenty-four, twenty-five, twenty-six gene(s) selected from the following genes: GNLY, S100A9, C3AR1, ADGRE3, CD177, CX3CR1, OAS2, CCNB1IP1, IL10, IL1RN, IL1R2, IFNG, TNF, ARL14EP, TAP2, GATA3, MDC1, TDRD9, BPGM, CD3D, CD274, CTLA4, CD74, IL7R, ZAP70 and HP.

[0022] Preferably, the process as described above, in all its embodiments, includes, in addition to the step of measuring CIITA expression, a step of measuring, in the patient's biological sample, the expression of at least one, two, three, four, five, six, seven, eight, nine, ten, eleven gene(s) selected from the following genes: S100A9, C3AR1, CD177, CX3CR1, IL1R2, IFNG, TAP2, CD3D, CTLA4, CD74 and HP.

[0023] Particularly preferred combinations of one or more other gene(s), whose expression can be measured in combination with CIITA expression, are presented in Table 3. Table 3. List of preferred combinations of other gene(s), the expression of which can be measured in combination with the expression of 1 to 11 CITY. Combinations of a gene S100A9 C3AR1 CD177 CX3CR1 IL1R2 IFNG TAP2 CD3D CTLA4 CD74 HP Combinaisons de deux gènes S100A9,C3AR1 S100A9,CD177 S100A9,CX3CR1 S100A9,IL1R2 S100A9,IFNG S100A9,TAP2 S100A9,CD3D S100A9,CTLA4 S100A9,CD74 S100A9,HP C3AR1,CD177 C3AR1,CX3CR1 C3AR1,IL1R2 C3AR1,IFNG C3AR1,TAP2 C3AR1,CD3D C3AR1,CTLA4 C3AR1,CD74 C3AR1,HP CD177,CX3CR1 CD177,IL1R2 CD177,IFNG CD177,TAP2 CD177,CD3D CD177,CTLA4 CD177,CD74 CD177,HP CX3CR1,IL1R2 CX3CR1,IFNG CX3CR1,TAP2 CX3CR1,CD3D CX3CR1,CTLA4 CX3CR1,CD74 CX3CR1,HP IL1R2,IFNG IL1R2,TAP2 IL1R2,CD3D IL1R2,CTLA4 IL1R2,CD74 IL1R2,HP IFNG,TAP2 IFNG,CD3D IFNG,CTLA4 IFNG,CD74 IFNG,HP TAP2,CD3D TAP2,CTLA4 TAP2,CD74 TAP2,HP CD3D,CTLA4 CD3D,CD74 CD3D,HP CTLA4,CD74 CTLA4,HP CD74,HP Combinaisons de trois gènes S100A9,C3AR1,CD177 S100A9,C3AR1,CX3CR1 S100A9,C3AR1,IL1R2 S100A9,C3AR1,IFNG S100A9,C3AR1,TAP2 S100A9,C3AR1,CD3D S100A9,C3AR1,CTLA4 S100A9,C3AR1,CD74 S100A9,C3AR1,HP S100A9,CD177,CX3CR1 S100A9,CD177,IL1R2 S100A9,CD177,IFNG S100A9,CD177,TAP2 S100A9,CD177,CD3D S100A9,CD177,CTLA4 S100A9,CD177,CD74 S100A9,CD177,HP S100A9,CX3CR1,IL1R2 S100A9,CX3CR1,IFNG S100A9,CX3CR1,TAP2 S100A9,CX3CR1,CD3D S100A9,CX3CR1,CTLA4 S100A9,CX3CR1,CD74 S100A9,CX3CR1,HP S100A9,IL1R2,IFNG S100A9,IL1R2,TAP2 S100A9,IL1R2,CD3D S100A9,IL1R2,CTLA4 S100A9,IL1R2,CD74 S100A9,IL1R2,HP S100A9,IFNG,TAP2 S100A9,IFNG,CD3D S100A9,IFNG,CTLA4 S100A9,IFNG,CD74 S100A9,IFNG,HP S100A9,TAP2,CD3D S100A9,TAP2,CTLA4 S100A9,TAP2,CD74 S100A9,TAP2,HP S100A9,CD3D,CTLA4 S100A9,CD3D,CD74 S100A9,CD3D,HP S100A9,CTLA4,CD74 S100A9,CTLA4,HP S100A9,CD74,HP C3AR1,CD177,CX3CR1 C3AR1,CD177,IL1R2 C3AR1,CD177,IFNG C3AR1,CD177,TAP2 C3AR1,CD177,CD3D C3AR1,CD177,CTLA4 C3AR1,CD177,CD74 C3AR1,CD177,HP C3AR1,CX3CR1,IL1R2 C3AR1,CX3CR1,IFNG C3AR1,CX3CR1,TAP2 C3AR1,CX3CR1,CD3D C3AR1,CX3CR1,CTLA4 C3AR1,CX3CR1,CD74 C3AR1,CX3CR1,HP C3AR1,IL1R2,IFNG C3AR1,IL1R2,TAP2 C3AR1,IL1R2,CD3D C3AR1,IL1R2,CTLA4 C3AR1,IL1R2,CD74 C3AR1,IL1R2,HP C3AR1,IFNG,TAP2 C3AR1,IFNG,CD3D C3AR1,IFNG,CTLA4 C3AR1,IFNG,CD74 C3AR1,IFNG,HP C3AR1,TAP2,CD3D C3AR1,TAP2,CTLA4 C3AR1,TAP2,CD74 C3AR1,TAP2,HP C3AR1,CD3D,CTLA4 C3AR1,CD3D,CD74 C3AR1,CD3D,HP C3AR1,CTLA4,CD74 C3AR1,CTLA4,HP C3AR1,CD74,HP CD177,CX3CR1,IL1R2 CD177,CX3CR1,IFNG CD177,CX3CR1,TAP2 CD177,CX3CR1,CD3D CD177,CX3CR1,CTLA4 CD177,CX3CR1,CD74 CD177,CX3CR1,HP CD177,IL1R2,IFNG CD177,IL1R2,TAP2 CD177,IL1R2,CD3D CD177,IL1R2,CTLA4 CD177,IL1R2,CD74 CD177,IL1R2,HP CD177,IFNG,TAP2 CD177,IFNG,CD3D CD177,IFNG,CTLA4 CD177,IFNG,CD74 CD177,IFNG,HP CD177,TAP2,CD3D CD177,TAP2,CTLA4 CD177,TAP2,CD74 CD177,TAP2,HP CD177,CD3D,CTLA4 CD177,CD3D,CD74 CD177,CD3D,HP CD177,CTLA4,CD74 CD177,CTLA4,HP CD177,CD74,HP CX3CR1,IL1R2,IFNG CX3CR1,IL1R2,TAP2 CX3CR1,IL1R2,CD3D CX3CR1,IL1R2,CTLA4 CX3CR1,IL1R2,CD74 CX3CR1,IL1R2,HP CX3CR1,IFNG,TAP2 CX3CR1,IFNG,CD3D CX3CR1,IFNG,CTLA4 CX3CR1,IFNG,CD74 CX3CR1,IFNG,HP CX3CR1,TAP2,CD3D CX3CR1,TAP2,CTLA4 CX3CR1,TAP2,CD74 CX3CR1,TAP2,HP CX3CR1,CD3D,CTLA4 CX3CR1,CD3D,CD74 CX3CR1,CD3D,HP CX3CR1,CTLA4,CD74 CX3CR1,CTLA4,HP CX3CR1,CD74,HP IL1R2,IFNG,TAP2 IL1R2,IFNG,CD3D IL1R2,IFNG,CTLA4 IL1R2,IFNG,CD74 IL1R2,IFNG,HP IL1R2,TAP2,CD3D IL1R2,TAP2,CTLA4 IL1R2,TAP2,CD74 IL1R2,TAP2,HP IL1R2,CD3D,CTLA4 IL1R2,CD3D,CD74 IL1R2,CD3D,HP IL1R2,CTLA4,CD74 IL1R2,CTLA4,HP IL1R2,CD74,HP IFNG,TAP2,CD3D IFNG,TAP2,CTLA4 IFNG,TAP2,CD74 IFNG,TAP2,HP IFNG,CD3D,CTLA4 IFNG,CD3D,CD74 IFNG,CD3D,HP IFNG,CTLA4,CD74 IFNG,CTLA4,HP IFNG,CD74,HP TAP2,CD3D,CTLA4 TAP2,CD3D,CD74 TAP2,CD3D,HP TAP2,CTLA4,CD74 TAP2,CTLA4,HP TAP2,CD74,HP CD3D,CTLA4,CD74 CD3D,CTLA4,HP CD3D,CD74,HP CTLA4,CD74,HP Combinaisons de quatre gènes S100A9,C3AR1,CD177,CX3CR1 S100A9,C3AR1,CD177,IL1R2 S100A9,C3AR1,CD177,IFNG S100A9,C3AR1,CD177,TAP2 S100A9,C3AR1,CD177,CD3D S100A9,C3AR1,CD177,CTLA4 S100A9,C3AR1,CD177,CD74 S100A9,C3AR1,CD177,HP S100A9,C3AR1,CX3CR1,IL1R2 S100A9,C3AR1,CX3CR1,IFNG S100A9,C3AR1,CX3CR1,TAP2 S100A9,C3AR1,CX3CR1,CD3D S100A9,C3AR1,CX3CR1,CTLA4 S100A9,C3AR1,CX3CR1,CD74 S100A9,C3AR1,CX3CR1,HP S100A9,C3AR1,IL1R2,IFNG S100A9,C3AR1,IL1R2,TAP2 S100A9,C3AR1,IL1R2,CD3D S100A9,C3AR1,IL1R2,CTLA4 S100A9,C3AR1,IL1R2,CD74 S100A9,C3AR1,IL1R2,HP S100A9,C3AR1,IFNG,TAP2 S100A9,C3AR1,IFNG,CD3D S100A9,C3AR1,IFNG,CTLA4 S100A9,C3AR1,IFNG,CD74 S100A9,C3AR1,IFNG,HP S100A9,C3AR1,TAP2,CD3D S100A9,C3AR1,TAP2,CTLA4 S100A9,C3AR1,TAP2,CD74 S100A9,C3AR1,TAP2,HP S100A9,C3AR1,CD3D,CTLA4 S100A9,C3AR1,CD3D,CD74 S100A9,C3AR1,CD3D,HP S100A9,C3AR1,CTLA4,CD74 S100A9,C3AR1,CTLA4,HP S100A9,C3AR1,CD74, HP S100A9,CD177,CX3CR1,IL1R2 S100A9,CD177,CX3CR1,IFNG S100A9,CD177,CX3CR1,TAP2 S100A9,CD177,CX3CR1,CD3D S100A9,CD177,CX3CR1,CTLA4 S100A9,CD177,CX3CR1,CD74 S100A9,CD177,CX3CR1,HP S100A9,CD177,IL1R2,IFNG S100A9,CD177,IL1R2,TAP2 S100A9,CD177,IL1R2,CD3D S100A9,CD177,IL1R2,CTLA4 S100A9,CD177,IL1R2,CD74 S100A9,CD177,IL1R2,HP S100A9,CD177,IFNG,TAP2 S100A9,CD177,IFNG,CD3D S100A9,CD177,IFNG,CTLA4 S100A9,CD177,IFNG,CD74 S100A9,CD177,IFNG,HP S100A9,CD177,TAP2,CD3D S100A9,CD177,TAP2,CTLA4 S100A9,CD177,TAP2,CD74 S100A9,CD177,TAP2,HP S100A9,CD177,CD3D,CTLA4 S100A9,CD177,CD3D,CD74 S100A9,CD177,CD3D,HP S100A9,CD177,CTLA4,CD74 S100A9,CD177,CTLA4,HP S100A9,CD177,CD74,HP S100A9,CX3CR1,IL1R2,IFNG S100A9,CX3CR1,IL1R2,TAP2 S100A9,CX3CR1,IL1R2,CD3D S100A9,CX3CR1,IL1R2,CTLA4 S100A9,CX3CR1,IL1R2,CD74 S100A9,CX3CR1,IL1R2,HP S100A9,CX3CR1,IFNG,TAP2 S100A9,CX3CR1,IFNG,CD3D S100A9,CX3CR1,IFNG,CTLA4 S100A9,CX3CR1,IFNG,CD74 S100A9,CX3CR1,IFNG,HP S100A9,CX3CR1,TAP2,CD3D S100A9,CX3CR1,TAP2,CTLA4 S100A9,CX3CR1,TAP2,CD74 S100A9,CX3CR1,TAP2,HP S100A9,CX3CR1,CD3D,CTLA4 S100A9,CX3CR1,CD3D,CD74 S100A9,CX3CR1,CD3D,HP S100A9,CX3CR1,CTLA4,CD74 S100A9,CX3CR1,CTLA4,HP S100A9,CX3CR1,CD74,HP S100A9,IL1R2,IFNG,TAP2 S100A9,IL1R2,IFNG,CD3D S100A9,IL1R2,IFNG,CTLA4 S100A9,IL1R2,IFNG,CD74 S100A9,IL1R2,IFNG,HP S100A9,IL1R2,TAP2,CD3D S100A9,IL1R2,TAP2,CTLA4 S100A9,IL1R2,TAP2,CD74 S100A9,IL1R2,TAP2,HP S100A9,IL1R2,CD3D,CTLA4 S100A9,IL1R2,CD3D,CD74 S100A9,IL1R2,CD3D,HP S100A9,IL1R2,CTLA4, CD74 S100A9,IL1R2,CTLA4,HP S100A9,IL1R2,CD74,HP S100A9,IFNG,TAP2,CD3D S100A9,IFNG,TAP2,CTLA4 S100A9,IFNG,TAP2,CD74 S100A9,IFNG,TAP2,HP S100A9,IFNG,CD3D,CTLA4 S100A9,IFNG,CD3D,CD74 S100A9,IFNG,CD3D,HP S100A9,IFNG,CTLA4,CD74 S100A9,IFNG,CTLA4,HP S100A9,IFNG,CD74,HP S100A9,TAP2,CD3D,CTLA4 S100A9,TAP2,CD3D,CD74 S100A9,TAP2,CD3D,HP S100A9,TAP2,CTLA4,CD74 S100A9,TAP2,CTLA4,HP S100A9,TAP2,CD74,HP S100A9,CD3D,CTLA4,CD74 S100A9,CD3D,CTLA4,HP S100A9,CD3D,CD74,HP S100A9,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2 C3AR1,CD177,CX3CR1,IFNG C3AR1,CD177,CX3CR1,TAP2 C3AR1,CD177,CX3CR1,CD3D C3AR1,CD177,CX3CR1,CTLA4 C3AR1,CD177,CX3CR1,CD74 C3AR1,CD177,CX3CR1,HP C3AR1,CD177,IL1R2,IFNG C3AR1,CD177,IL1R2,TAP2 C3AR1,CD177,IL1R2,CD3D C3AR1,CD177,IL1R2,CTLA4 C3AR1,CD177,IL1R2,CD74 C3AR1,CD177,IL1R2,HP C3AR1,CD177,IFNG,TAP2 C3AR1,CD177,IFNG,CD3D C3AR1,CD177,IFNG,CTLA4 C3AR1,CD177,IFNG,CD74 C3AR1,CD177,IFNG,HP C3AR1,CD177,TAP2,CD3D C3AR1,CD177,TAP2,CTLA4 C3AR1,CD177,TAP2,CD74 C3AR1,CD177,TAP2,HP C3AR1,CD177,CD3D,CTLA4 C3AR1,CD177,CD3D,CD74 C3AR1,CD177,CD3D,H P C3AR1,CD177,CTLA4,CD74 C3AR1,CD177,CTLA4,HP C3AR1,CD177,CD74,H P C3AR1,CX3CR1,IL1R2,IFNG C3AR1,CX3CR1,IL1R2,TAP2 C3AR1,CX3CR1,IL1R2,CD3D C3AR1,CX3CR1,IL1R2,CTLA4 C3AR1,CX3CR1,IL1R2,CD74 C3AR1,CX3CR1,IL1R2,HP C3AR1,CX3CR1,IFNG,TAP2 C3AR1,CX3CR1,IFNG,CD3D C3AR1,CX3CR1,IFNG,CTLA4 C3AR1,CX3CR1,IFNG,CD74 C3AR1,CX3CR1,IFNG,HP C3AR1,CX3CR1,TAP2,CD3D C3AR1,CX3CR1,TAP2,CTLA4 C3AR1,CX3CR1,TAP2,CD74 C3AR1,CX3CR1,TAP2,HP C3AR1,CX3CR1,CD3D,CTLA4 C3AR1,CX3CR1,CD3D,CD74 C3AR1,CX3CR1,CD3D,HP C3AR1,CX3CR1,CTLA4,CD74 C3AR1,CX3CR1,CTLA4,HP C3AR1,CX3CR1,CD74,HP C3AR1,IL1R2,IFNG,TAP2 C3AR1,IL1R2,IFNG,CD3D C3AR1,IL1R2,IFNG,CTLA4 C3AR1,IL1R2,IFNG,CD74 C3AR1,IL1R2,IFNG,HP C3AR1,IL1R2,TAP2,CD3D C3AR1,IL1R2,TAP2,CTLA4 C3AR1,IL1R2,TAP2,CD74 C3AR1,IL1R2,TAP2,HP C3AR1,IL1R2,CD3D,CTLA4 C3AR1,IL1R2,CD3D,CD74 C3AR1,IL1R2,CD3D,HP C3AR1,IL1R2,CTLA4,CD74 C3AR1,IL1R2,CTLA4,HP C3AR1,IL1R2,CD74,HP C3AR1,IFNG,TAP2,CD3D C3AR1,IFNG,TAP2,CTLA4 C3AR1,IFNG,TAP2,CD74 C3AR1,IFNG,TAP2,HP C3AR1,IFNG,CD3D,CTLA4 C3AR1,IFNG,CD3D,CD74 C3AR1,IFNG,CD3D,HP C3AR1,IFNG,CTLA4,CD74 C3AR1,IFNG,CTLA4,HP C3AR1,IFNG,CD74,HP C3AR1,TAP2,CD3D,CTLA4 C3AR1,TAP2,CD3D,CD74 C3AR1,TAP2,CD3D,HP C3AR1,TAP2,CTLA4,CD74 C3AR1,TAP2,CTLA4,HP C3AR1,TAP2,CD74, H P C3AR1,CD3D,CTLA4,CD74 C3AR1,CD3D,CTLA4,HP C3AR1,CD3D,CD74,HP C3AR1,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,IFNG CD177,CX3CR1,IL1R2,TAP2 CD177,CX3CR1,IL1R2,CD3D CD177,CX3CR1,IL1R2,CTLA4 CD177,CX3CR1,IL1R2,CD74 CD177,CX3CR1,IL1R2,HP CD177,CX3CR1,IFNG,TAP2 CD177,CX3CR1,IFNG,CD3D CD177,CX3CR1,IFNG,CTLA4 CD177,CX3CR1,IFNG,CD74 CD177,CX3CR1,IFNG,HP CD177,CX3CR1,TAP2,CD3D CD177,CX3CR1,TAP2,CTLA4 CD177,CX3CR1,TAP2,CD74 CD177,CX3CR1,TAP2,HP CD177,CX3CR1,CD3D,CTLA4 CD177,CX3CR1,CD3D,CD74 CD177,CX3CR1,CD3D,HP CD177,CX3CR1,CTLA4,CD74 CD177,CX3CR1,CTLA4,HP CD177,CX3CR1,CD74,HP CD177,IL1R2,IFNG,TAP2 CD177,IL1R2,IFNG,CD3D CD177,IL1R2,IFNG,CTLA4 CD177,IL1R2,IFNG,CD74 CD177,IL1R2,IFNG,HP CD177,IL1R2,TAP2,CD3D CD177,IL1R2,TAP2,CTLA4 CD177,IL1R2,TAP2,CD74 CD177,IL1R2,TAP2,HP CD177,IL1R2,CD3D,CTLA4 CD177,IL1R2,CD3D,CD74 CD177,IL1R2,CD3D,HP CD177,IL1R2,CTLA4,CD74 CD177,IL1R2,CTLA4,HP CD177,IL1R2,CD74,HP CD177,IFNG,TAP2,CD3D CD177,IFNG,TAP2,CTLA4 CD177,IFNG,TAP2,CD74 CD177,IFNG,TAP2,HP CD177,IFNG,CD3D,CTLA4 CD177,IFNG,CD3D,CD74 CD177,IFNG,CD3D,HP CD177,IFNG,CTLA4,CD74 CD177,IFNG,CTLA4,HP CD177,IFNG,CD74,HP CD177,TAP2,CD3D,CTLA4 CD177,TAP2,CD3D,CD74 CD177,TAP2,CD3D,HP CD177,TAP2,CTLA4,CD74 CD177,TAP2,CTLA4,HP CD177,TAP2,CD74,HP CD177,CD3D,CTLA4,CD74 CD177,CD3D,CTLA4,H P CD177,CD3D,CD74,HP CD177,CTLA4,CD74,HP CX3CR1,IL1R2,IFNG,TAP2 CX3CR1,IL1R2,IFNG,CD3D CX3CR1,IL1R2,IFNG,CTLA4 CX3CR1,IL1R2,IFNG,CD74 CX3CR1,IL1R2,IFNG,HP CX3CR1,IL1R2,TAP2,CD3D CX3CR1,IL1R2,TAP2,CTLA4 CX3CR1,IL1R2,TAP2,CD74 CX3CR1,IL1R2,TAP2,HP CX3CR1,IL1R2,CD3D,CTLA4 CX3CR1,IL1R2,CD3D,CD74 CX3CR1,IL1R2,CD3D,HP CX3CR1,IL1R2,CTLA4,CD74 CX3CR1,IL1R2,CTLA4,HP CX3CR1,IL1R2,CD74,HP CX3CR1,IFNG,TAP2,CD3D CX3CR1,IFNG,TAP2,CTLA4 CX3CR1,IFNG,TAP2,CD74 CX3CR1,IFNG,TAP2,HP CX3CR1,IFNG,CD3D,CTLA4 CX3CR1,IFNG,CD3D,CD74 CX3CR1,IFNG,CD3D,HP CX3CR1,IFNG,CTLA4,CD74 CX3CR1,IFNG,CTLA4,HP CX3CR1,IFNG,CD74,HP CX3CR1,TAP2,CD3D,CTLA4 CX3CR1,TAP2,CD3D,CD74 CX3CR1,TAP2,CD3D,HP CX3CR1,TAP2,CTLA4,CD74 CX3CR1,TAP2,CTLA4,HP CX3CR1,TAP2,CD74,HP CX3CR1,CD3D,CTLA4,CD74 CX3CR1,CD3D,CTLA4, H P CX3CR1,CD3D,CD74,HP CX3CR1,CTLA4,CD74,HP IL1R2,IFNG,TAP2,CD3D IL1R2,IFNG,TAP2,CTLA4 IL1R2,IFNG,TAP2,CD74 IL1R2,IFNG,TAP2,HP IL1R2,IFNG,CD3D,CTLA4 IL1R2,IFNG,CD3D,CD74 IL1R2,IFNG,CD3D,HP IL1R2,I1FNG,CTLA4,CD74 IL1R2,IFNG,CTLA4,HP IL1R2,IFNG,CD74,HP IL1R2,TAP2,CD3D,CTLA4 IL1R2,TAP2,CD3D,CD74 IL1R2,TAP2,CD3D,HP ILIR2,TAP2,CTLA4,CD74 IL1R2,TAP2,CTLA4,HP IL1R2,TAP2,CD74,HP IL1R2,CD3D,CTLA4,CD74 IL1R2,CD3D,CTLA4,HP IL1R2,CD3D,CD74,HP IL1R2,CTLA4,CD74,HP IFNG,TAP2,CD3D,CTLA4 IFNG,TAP2,CD3D,CD74 IFNG,TAP2,CD3D,HP IFNG,TAP2,CTLA4,CD74 IFNG,TAP2,CTLA4,HP IFNG,TAP2,CD74,HP IFNG,CD3D,CTLA4,CD74 IFNG,CD3D,CTLA4,HP IFNG,CD3D,CD74,HP IFNG,CTLA4,CD74,HP TAP2,CD3D,CTLA4,CD74 TAP2,CD3D,CTLA4,HP TAP2,CD3D,CD74,HP TAP2,CTLA4,CD74,HP CD3D,CTLA4,CD74,HP Combinaisons de cinq gènes S100A9,C3AR1,CD177,CX3CR1,IL1R2 S100A9,C3AR1,CD177,CX3CR1,IFNG S100A9,C3AR1,CD177,CX3CR1,TAP2 S100A9,C3AR1,CD177,CX3CR1,CD3D S100A9,C3AR1,CD177,CX3CR1,CTLA4 S100A9,C3AR1,CD177,CX3CR1,CD74 S100A9,C3AR1,CD177,CX3CR1,HP S100A9,C3AR1,CD177,IL1R2,IFNG S100A9,C3AR1,CD177,IL1R2,TAP2 S100A9,C3AR1,CD177,IL1R2,CD3D S100A9,C3AR1,CD177,IL1R2,CTLA4 S100A9,C3AR1,CD177,IL1R2,CD74 S100A9,C3AR1,CD177,IL1R2,HP S100A9,C3AR1,CD177,IFNG,TAP2 S100A9,C3AR1,CD177,IFNG,CD3D S100A9,C3AR1,CD177,IFNG,CTLA4 S100A9,C3AR1,CD177,IFNG,CD74 S100A9,C3AR1,CD177,IFNG,HP S100A9,C3AR1,CD177,TAP2,CD3D S100A9,C3AR1,CD177,TAP2,CTLA4 S100A9,C3AR1,CD177,TAP2,CD74 S100A9,C3AR1,CD177,TAP2,HP S100A9,C3AR1,CD177,CD3D,CTLA4 S100A9,C3AR1,CD177,CD3D,CD74 S100A9,C3AR1,CD177,CD3D,HP S100A9,C3AR1,CD177,CTLA4,CD74 S100A9,C3AR1,CD177,CTLA4,HP S100A9,C3AR1,CD177,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG S100A9,C3AR1,CX3CR1,IL1R2,TAP2 S100A9,C3AR1,CX3CR1,IL1R2,CD3D S100A9,C3AR1,CX3CR1,IL1R2,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,CD74 S100A9,C3AR1,CX3CR1,IL1R2,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2 S100A9,C3AR1,CX3CR1,IFNG,CD3D S100A9,C3AR1,CX3CR1,IFNG,CTLA4 S100A9,C3AR1,CX3CR1,IFNG,CD74 S100A9,C3AR1,CX3CR1,1FNG,HP S100A9,C3AR1,CX3CR1,TAP2,CD3D S100A9,C3AR1,CX3CR1,TAP2,CTLA4 S100A9,C3AR1,CX3CR1,TAP2,CD74 S100A9,C3AR1,CX3CR1,TAP2,HP S100A9,C3AR1,CX3CR1,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,CD3D,CD74 S100A9,C3AR1,CX3CR1,CD3D,HP S100A9,C3AR1,CX3CR1,CTLA4,CD74 S100A9,C3AR1,CX3CR1,CTLA4,HP S100A9,C3AR1,CX3CR1,CD74,HP S100A9,C3AR1,IL1R2,IFNG,TAP2 S100A9,C3AR1,IL1R2,IFNG,CD3D S100A9,C3AR1,IL1R2,IFNG,CTLA4 S100A9,C3AR1,IL1R2,IFNG,CD74 S100A9,C3AR1,IL1R2,IFNG,HP S100A9,C3AR1,IL1R2,TAP2,CD3D S100A9,C3AR1,IL1R2,TAP2,CTLA4 S100A9,C3AR1,IL1R2,TAP2,CD74 S100A9,C3AR1,IL1R2,TAP2,HP S100A9,C3AR1,IL1R2,CD3D,CTLA4 S10OA9,C3AR1,IL1R2,CD3D,CD74 S10OA9,C3AR1,IL1R2,CD3D,HP S10OA9,C3AR1,IL1R2,CTLA4,CD74 S100A9,C3AR1,IL1R2,CTLA4,HP S100A9,C3AR1,IL1R2,CD74,HP S100A9,C3AR1,IFNG,TAP2,CD3D S100A9,C3AR1,IFNG,TAP2,CTLA4 S100A9,C3AR1,IFNG,TAP2,CD74 S100A9,C3AR1,IFNG,TAP2,HP S100A9,C3AR1,IFNG,CD3D,CTLA4 S100A9,C3AR1,IFNG,CD3D,CD74 S100A9,C3AR1,IFNG,CD3D,HP S100A9,C3AR1,IFNG,CTLA4,CD74 S100A9,C3AR1,IFNG,CTLA4,HP S100A9,C3AR1,IFNG,CD74,HP S100A9,C3AR1,TAP2,CD3D,CTLA4 S100A9,C3AR1,TAP2,CD3D,CD74 S100A9,C3AR1,TAP2,CD3D,HP S100A9,C3AR1,TAP2,CTLA4,CD74 S100A9,C3AR1,TAP2,CTLA4,HP S100A9,C3AR1,TAP2,CD74,HP S100A9,C3AR1,CD3D,CTLA4,CD74 S100A9,C3AR1,CD3 D,CTLA4, HP S100A9,C3AR1,CD3D,CD74,HP S100A9,C3AR1,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG S100A9,CD177,CX3CR1,IL1R2,TAP2 S100A9,CD177,CX3CR1,IL1R2,CD3D S100A9,CD177,CX3CR1,IL1R2,CTLA4 S100A9,CD177,CX3CR1,IL1R2,CD74 S100A9,CD177,CX3CR1,IL1R2,HP S100A9,CD177,CX3CR1,IFNG,TAP2 S100A9,CD177,CX3CR1,IFNG,CD3D S100A9,CD177,CX3CR1,IFNG,CTLA4 S100A9,CD177,CX3CR1,IFNG,CD74 S100A9,CD177,CX3CR1,IFNG,HP S100A9,CD177,CX3CR1,TAP2,CD3D S100A9,CD177,CX3CR1,TAP2,CTLA4 S100A9,CD177,CX3CR1,TAP2,CD74 S100A9,CD177,CX3CR1,TAP2,HP S100A9,CD177,CX3CR1,CD3D,CTLA4 S100A9,CD177,CX3CR1,CD3D,CD74 S100A9,CD177,CX3CR1,CD3D,HP S100A9,CD177,CX3CR1,CTLA4,CD74 S100A9,CD177,CX3CR1,CTLA4, HP S100A9,CD177,CX3CR1,CD74,HP S100A9,CD177,IL1R2,IFNG,TAP2 S100A9,CD177,1L1R2,IFNG,CD3D S100A9,CD177,IL1R2,IFNG,CTLA4 S100A9,CD177,IL1R2,IFNG,CD74 S100A9,CD177,IL1R2,IFNG,HP S100A9,CD177,IL1R2,TAP2,CD3D S100A9,CD177,IL1R2,TAP2,CTLA4 S100A9,CD177,IL1R2,TAP2,CD74 S100A9,CD177,IL1R2,TAP2,HP S100A9,CD177,IL1R2,CD3D,CTLA4 S100A9,CD177,IL1R2,CD3D,CD74 S100A9,CD177,IL1R2,CD3D,HP S100A9,CD177,IL1R2,CTLA4,CD74 S100A9,CD177,1L1R2,CTLA4,HP S100A9,CD177,IL1R2,CD74,HP S100A9,CD177,IFNG,TAP2,CD3D S100A9,CD177,IFNG,TAP2,CTLA4 S100A9,CD177,IFNG,TAP2,CD74 S100A9,CD177,IFNG,TAP2,HP S100A9,CD177,IFNG,CD3D,CTLA4 S100A9,CD177,IFNG,CD3D,CD74 S100A9,CD177,IFNG,CD3D,HP S100A9,CD177,IFNG,CTLA4,CD74 S100A9,CD177,IFNG,CTLA4,HP S100A9,CD177,IFNG,CD74,HP S100A9,CD177,TAP2,CD3D,CTLA4 S100A9,CD177,TAP2,CD3D,CD74 S100A9,CD177,TAP2,CD3D,HP S100A9,CD177,TAP2,CTLA4,CD74 S100A9,CD177,TAP2,CTLA4, HP S100A9,CD177,TAP2,CD74,HP S100A9,CD177,CD3D,CTLA4,CD74 S100A9,CD177,CD3D,CTLA4,HP S100A9,CD177,CD3D,CD74,HP S100A9,CD177,CTLA4,CD74, HP S100A9,CX3CR1,IL1R2,IFNG,TAP2 S100A9,CX3CR1,IL1R2,IFNG,CD3D S100A9,CX3CR1,IL1R2,IFNG,CTLA4 S100A9,CX3CR1,IL1R2,IFNG,CD74 S100A9,CX3CR1,IL1R2,IFNG,HP S100A9,CX3CR1,IL1R2,TAP2,CD3D S100A9,CX3CR1,IL1R2,TAP2,CTLA4 S100A9,CX3CR1,IL1R2,TAP2,CD74 S100A9,CX3CR1,IL1R2,TAP2,HP S100A9,CX3CR1,IL1R2,CD3D,CTLA4 S100A9,CX3CR1,IL1R2,CD3D,CD74 S10OA9,CX3CR1,IL1R2,CD3D,HP S100A9,CX3CR1,IL1R2,CTLA4,CD74 S100A9,CX3CR1,IL1R2,CTLA4,HP S100A9,CX3CR1,IL1R2,CD74, HP S100A9,CX3CR1,IFNG,TAP2,CD3D S100A9,CX3CR1,IFNG,TAP2,CTLA4 S100A9,CX3CR1,IFNG,TAP2,CD74 S100A9,CX3CR1,IFNG,TAP2,HP S100A9,CX3CR1,IFNG,CD3D,CTLA4 S100A9,CX3CR1,IFNG,CD3D,CD74 S100A9,CX3CR1,IFNG,CD3D,HP S100A9,CX3CR1,IFNG,CTLA4,CD74 S100A9,CX3CR1,IFNG,CTLA4,HP S100A9,CX3CR1,IFNG,CD74,HP S100A9,CX3CR1,TAP2,CD3D,CTLA4 S100A9,CX3CR1,TAP2,CD3D,CD74 S100A9,CX3CR1,TAP2,CD3D,HP S100A9,CX3CR1,TAP2,CTLA4,CD74 S100A9,CX3CR1,TAP2,CTLA4,HP S100A9,CX3CR1,TAP2,CD74,HP S100A9,CX3CR1,CD3D,CTLA4,CD74 S100A9,CX3CR1,CD3D,CTLA4,HP S100A9,CX3CR1,CD3D,CD74,HP S100A9,CX3CR1,CTLA4,CD74,HP S100A9,IL1R2,IFNG,TAP2,CD3D S100A9,IL1R2,IFNG,TAP2,CTLA4 S100A9,IL1R2,IFNG,TAP2,CD74 S100A9,IL1R2,IFNG,TAP2,HP S100A9,1L1R2,IFNG,CD3D,CTLA4 S100A9,IL1R2,IFNG,CD3D,CD74 S100A9,IL1R2,IFNG,CD3D,HP S100A9,IL1R2,IFNG,CTLA4,CD74 S100A9,IL1R2,IFNG,CTLA4,HP S100A9,IL1R2,IFNG,CD74,HP S100A9,IL1R2,TAP2,CD3D,CTLA4 S100A9,IL1R2,TAP2,CD3D,CD74 S100A9,IL1R2,TAP2,CD3D,HP S100A9,IL1R2,TAP2,CTLA4,CD74 S100A9,IL1R2,TAP2,CTLA4,HP S100A9,IL1R2,TAP2,CD74,HP S100A9,IL1R2,CD3D,CTLA4,CD74 S100A9,IL1R2,CD3D,CTLA4,HP S100A9,IL1R2,CD3D,CD74,HP S100A9,IL1R2,CTLA4,CD74,HP S100A9,IFNG,TAP2,CD3D,CTLA4 S100A9,IFNG,TAP2,CD3D,CD74 S100A9,IFNG,TAP2,CD3D,HP S100A9,IFNG,TAP2,CTLA4,CD74 S100A9,IFNG,TAP2,CTLA4,HP S100A9,IFNG,TAP2,CD74,HP S100A9,IFNG,CD3D,CTLA4,CD74 S100A9,IFNG,CD3D,CTLA4,HP S100A9,IFNG,CD3D,CD74,H P S100A9,IFNG,CTLA4,CD74,HP S100A9,TAP2,CD3D,CTLA4,CD74 S100A9,TAP2,CD3D,CTLA4,HP S100A9,TAP2,CD3D,CD74,HP S100A9,TAP2,CTLA4,CD74,HP S100A9,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG C3AR1,CD177,CX3CR1,IL1R2,TAP2 C3AR1,CD177,CX3CR1,IL1R2,CD3D C3AR1,CD177,CX3CR1,IL1R2,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,CD74 C3AR1,CD177,CX3CR1,IL1R2,HP C3AR1,CD177,CX3CR1,IFNG,TAP2 C3AR1,CD177,CX3CR1,IFNG,CD3D C3AR1,CD177,CX3CR1,IFNG,CTLA4 C3AR1,CD177,CX3CR1,IFNG,CD74 C3AR1,CD177,CX3CR1,IFNG,HP C3AR1,CD177,CX3CR1,TAP2,CD3D C3AR1,CD177,CX3CR1,TAP2,CTLA4 C3AR1,CD177,CX3CR1,TAP2,CD74 C3AR1,CD177,CX3CR1,TAP2,HP C3AR1,CD177,CX3CR1,CD3D,CTLA4 C3AR1,CD177,CX3CR1,CD3D,CD74 C3AR1,CD177,CX3CR1,CD3D,HP C3AR1,CD177,CX3CR1,CTLA4,CD74 C3AR1,CD177,CX3CR1,CTLA4, H P C3AR1,CD177,CX3CR1,CD74,HP C3AR1,CD177,IL1R2,IFNG,TAP2 C3AR1,CD177,IL1R2,IFNG,CD3D C3AR1,CD177,IL1R2,IFNG,CTLA4 C3AR1,CD177,IL1R2,IFNG,CD74 C3AR1,CD177,IL1R2,IFNG,HP C3AR1,CD177,IL1R2,TAP2,CD3D C3AR1,CD177,IL1R2,TAP2,CTLA4 C3AR1,CD177,IL1R2,TAP2,CD74 C3AR1,CD177,IL1R2,TAP2,HP C3AR1,CD177,IL1R2,CD3D,CTLA4 C3AR1,CD177,IL1R2,CD3D,CD74 C3AR1,CD177,IL1R2,CD3D,HP C3AR1,CD177,IL1R2,CTLA4,CD74 C3AR1,CD177,IL1R2,CTLA4,HP C3AR1,CD177,IL1R2,CD74,HP C3AR1,CD177,IFNG,TAP2,CD3D C3AR1,CD177,IFNG,TAP2,CTLA4 C3AR1,CD177,IFNG,TAP2,CD74 C3AR1,CD177,IFNG,TAP2,HP C3AR1,CD177,IFNG,CD3D,CTLA4 C3AR1,CD177,IFNG,CD3D,CD74 C3AR1,CD177,IFNG,CD3D,HP C3AR1,CD177,IFNG,CTLA4,CD74 C3AR1,CD177,IFNG,CTLA4,HP C3AR1,CD177,IFNG,CD74,HP C3AR1,CD177,TAP2,CD3D,CTLA4 C3AR1,CD177,TAP2,CD3D,CD74 C3AR1,CD177,TAP2,CD3D,HP C3AR1,CD177,TAP2,CTLA4,CD74 C3AR1,CD177,TAP2,CTLA4,HP C3AR1,CD177,TAP2,CD74,HP C3AR1,CD177,CD3D,CTLA4,CD74 C3AR1,CD177,CD3D,CTLA4,HP C3AR1,CD177,CD3D,CD74,HP C3AR1,CD177,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2 C3AR1,CX3CR1,IL1R2,IFNG,CD3D C3AR1,CX3CR1,IL1R2,IFNG,CTLA4 C3AR1,CX3CR1,IL1R2,IFNG,CD74 C3AR1,CX3CR1,IL1R2,IFNG,HP C3AR1,CX3CR1,IL1R2,TAP2,CD3D C3AR1,CX3CR1,IL1R2,TAP2,CTLA4 C3AR1,CX3CR1,IL1R2,TAP2,CD74 C3AR1,CX3CR1,IL1R2,TAP2,HP C3AR1,CX3CR1,IL1R2,CD3D,CTLA4 C3AR1,CX3CR1,IL1R2,CD3D,CD74 C3AR1,CX3CR1,IL1R2,CD3D,HP C3AR1,CX3CR1,IL1R2,CTLA4,CD74 C3AR1,CX3CR1,IL1R2,CTLA4,HP C3AR1,CX3CR1,IL1R2,CD74,HP C3AR1,CX3CR1,IFNG,TAP2,CD3D C3AR1,CX3CR1,IFNG,TAP2,CTLA4 C3AR1,CX3CR1,IFNG,TAP2,CD74 C3AR1,CX3CR1,IFNG,TAP2,HP C3AR1,CX3CR1,IFNG,CD3D,CTLA4 C3AR1,CX3CR1,IFNG,CD3D,CD74 C3AR1,CX3CR1,IFNG,CD3D,HP C3AR1,CX3CR1,IFNG,CTLA4,CD74 C3AR1,CX3CR1,IFNG,CTLA4,HP C3AR1,CX3CR1,IFNG,CD74,HP C3AR1,CX3CR1,TAP2,CD3D,CTLA4 C3AR1,CX3CR1,TAP2,CD3D,CD74 C3AR1,CX3CR1,TAP2,CD3D,HP C3AR1,CX3CR1,TAP2,CTLA4,CD74 C3AR1,CX3CR1,TAP2,CTLA4,HP C3AR1,CX3CR1,TAP2,CD74,HP C3AR1,CX3CR1,CD3D,CTLA4,CD74 C3AR1,CX3CR1,CD3D,CTLA4,HP C3AR1,CX3CR1,CD3D,CD74,HP C3AR1,CX3CR1,CTLA4,CD74,HP C3AR1,IL1R2,IFNG,TAP2,CD3D C3AR1,IL1R2,IFNG,TAP2,CTLA4 C3AR1,IL1R2,IFNG,TAP2,CD74 C3AR1,IL1R2,IFNG,TAP2,HP C3AR1,IL1R2,IFNG,CD3D,CTLA4 C3AR1,IL1R2,IFNG,CD3D,CD74 C3AR1,IL1R2,IFNG,CD3D,HP C3AR1,IL1R2,IFNG,CTLA4,CD74 C3AR1,IL1R2,IFNG,CTLA4,HP C3AR1,IL1R2,IFNG,CD74,HP C3AR1,IL1R2,TAP2,CD3D,CTLA4 C3AR1,IL1R2,TAP2,CD3D,CD74 C3AR1,IL1R2,TAP2,CD3D,HP C3AR1,IL1R2,TAP2,CTLA4,CD74 C3AR1,IL1R2,TAP2,CTLA4,HP C3AR1,IL1R2,TAP2,CD74,HP C3AR1,IL1R2,CD3D,CTLA4,CD74 C3AR1,IL1R2,CD3D,CTLA4,HP C3AR1,IL1R2,CD3D,CD74,HP C3AR1,IL1R2,CTLA4,CD74,HP C3AR1,IFNG,TAP2,CD3D,CTLA4 C3AR1,IFNG,TAP2,CD3D,CD74 C3AR1,IFNG,TAP2,CD3D,HP C3AR1,IFNG,TAP2,CTLA4,CD74 C3AR1,IFNG,TAP2,CTLA4,HP C3AR1,IFNG,TAP2,CD74,HP C3AR1,IFNG,CD3D,CTLA4,CD74 C3AR1,IFNG,CD3D,CTLA4,HP C3AR1,IFNG,CD3D,CD74,HP C3AR1,IFNG,CTLA4,CD74,HP C3AR1,TAP2,CD3D,CTLA4,CD74 C3AR1,TAP2,CD3D,CTLA4,HP C3AR1,TAP2,CD3 D,CD74, HP C3AR1,TAP2,CTLA4,CD74,HP C3AR1,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,IFNG,TAP2 CD177,CX3CR1,IL1R2,IFNG,CD3D CD177,CX3CR1,IL1R2,IFNG,CTLA4 CD177,CX3CR1,IL1R2,IFNG,CD74 CD177,CX3CR1,IL1R2,IFNG,HP CD177,CX3CR1,IL1R2,TAP2,CD3D CD177,CX3CR1,IL1R2,TAP2,CTLA4 CD177,CX3CR1,IL1R2,TAP2,CD74 CD177,CX3CR1,IL1R2,TAP2,HP CD177,CX3CR1,IL1R2,CD3D,CTLA4 CD177,CX3CR1,IL1R2,CD3D,CD74 CD177,CX3CR1,IL1R2,CD3D,HP CD177,CX3CR1,IL1R2,CTLA4,CD74 CD177,CX3CR1,IL1R2,CTLA4,HP CD177,CX3CR1,IL1R2,CD74,HP CD177,CX3CR1,IFNG,TAP2,CD3D CD177,CX3CR1,IFNG,TAP2,CTLA4 CD177,CX3CR1,IFNG,TAP2,CD74 CD177,CX3CR1,IFNG,TAP2,HP CD177,CX3CR1,IFNG,CD3D,CTLA4 CD177,CX3CR1,IFNG,CD3D,CD74 CD177,CX3CR1,IFNG,CD3D,HP CD177,CX3CR1,IFNG,CTLA4,CD74 CD177,CX3CR1,IFNG,CTLA4,HP CD177,CX3CR1,IFNG,CD74,HP CD177,CX3CR1,TAP2,CD3D,CTLA4 CD177,CX3CR1,TAP2,CD3D,CD74 CD177,CX3CR1,TAP2,CD3D,HP CD177,CX3CR1,TAP2,CTLA4,CD74 CD177,CX3CR1,TAP2,CTLA4,HP CD177,CX3CR1,TAP2,CD74,HP CD177,CX3CR1,CD3D,CTLA4,CD74 CD177,CX3CR1,CD3D,CTLA4,HP CD177,CX3CR1,CD3D,CD74,HP CD177,CX3CR1,CTLA4,CD74,HP CD177,IL1R2,IFNG,TAP2,CD3D CD177,IL1R2,IFNG,TAP2,CTLA4 CD177,IL1R2,IFNG,TAP2,CD74 CD177,IL1R2,1FNG,TAP2,HP CD177,IL1R2,IFNG,CD3D,CTLA4 CD177,IL1R2,IFNG,CD3D,CD74 CD177,IL1R2,IFNG,CD3D,HP CD177,IL1R2,IFNG,CTLA4,CD74 CD177,IL1R2,IFNG,CTLA4,HP CD177,IL1R2,IFNG,CD74,HP CD177,IL1R2,TAP2,CD3D,CTLA4 CD177,IL1R2,TAP2,CD3D,CD74 CD177,IL1R2,TAP2,CD3D,HP CD177,IL1R2,TAP2,CTLA4,CD74 CD177,IL1R2,TAP2,CTLA4,HP CD177,IL1R2,TAP2,CD74,HP CD177,IL1R2,CD3D,CTLA4,CD74 CD177,IL1R2,CD3D,CTLA4,HP CD177,IL1R2,CD3D,CD74,HP CD177,IL1R2,CTLA4,CD74,HP CD177,IFNG,TAP2,CD3D,CTLA4 CD177,IFNG,TAP2,CD3D,CD74 CD177,IFNG,TAP2,CD3D,HP CD177,IFNG,TAP2,CTLA4,CD74 CD177,IFNG,TAP2,CTLA4,HP CD177,IFNG,TAP2,CD74,HP CD177,IFNG,CD3D,CTLA4,CD74 CD177,IFNG,CD3D,CTLA4,HP CD177,IFNG,CD3D,CD74,HP CD177,IFNG,CTLA4,CD74,HP CD177,TAP2,CD3D,CTLA4,CD74 CD177,TAP2,CD3D,CTLA4,HP CD177,TAP2,CD3D,CD74,HP CD177,TAP2,CTLA4,CD74,HP CD177,CD3D,CTLA4,CD74,HP CX3CR1,IL1R2,IFNG,TAP2,CD3D CX3CR1,IL1R2,IFNG,TAP2,CTLA4 CX3CR1,IL1R2,IFNG,TAP2,CD74 CX3CR1,IL1R2,IFNG,TAP2,HP CX3CR1,IL1R2,IFNG,CD3D,CTLA4 CX3CR1,IL1R2,IFNG,CD3D,CD74 CX3CR1,IL1R2,IFNG,CD3D,HP CX3CR1,IL1R2,IFNG,CTLA4,CD74 CX3CR1,IL1R2,IFNG,CTLA4,HP CX3CR1,IL1R2,IFNG,CD74,HP CX3CR1,IL1R2,TAP2,CD3D,CTLA4 CX3CR1,IL1R2,TAP2,CD3D,CD74 CX3CR1,IL1R2,TAP2,CD3D,HP CX3CR1,IL1R2,TAP2,CTLA4,CD74 CX3CR1,IL1R2,TAP2,CTLA4,HP CX3CR1,IL1R2,TAP2,CD74,HP CX3CR1,IL1R2,CD3D,CTLA4,CD74 CX3CR1,IL1R2,CD3D,CTLA4,HP CX3CR1,IL1R2,CD3D,CD74,HP CX3CR1,IL1R2,CTLA4,CD74,HP CX3CR1,IFNG,TAP2,CD3D,CTLA4 CX3CR1,IFNG,TAP2,CD3D,CD74 CX3CR1,IFNG,TAP2,CD3D,HP CX3CR1,IFNG,TAP2,CTLA4,CD74 CX3CR1,IFNG,TAP2,CTLA4,HP CX3CR1,IFNG,TAP2,CD74,HP CX3CR1,IFNG,CD3D,CTLA4,CD74 CX3CR1,IFNG,CD3D,CTLA4,HP CX3CR1,IFNG,CD3D,CD74,HP CX3CR1,IFNG,CTLA4,CD74,HP CX3CR1,TAP2,CD3D,CTLA4,CD74 CX3CR1,TAP2,CD3D,CTLA4,HP CX3CR1,TAP2,CD3D,CD74,HP CX3CR1,TAP2,CTLA4,CD74,HP CX3CR1,CD3D,CTLA4,CD74, H P IL1R2,IFNG,TAP2,CD3D,CTLA4 IL1R2,IFNG,TAP2,CD3D,CD74 IL1R2,IFNG,TAP2,CD3D,HP IL1R2,IFNG,TAP2,CTLA4,CD74 IL1R2,IFNG,TAP2,CTLA4,HP IL1R2,IFNG,TAP2,CD74,HP IL1R2,IFNG,CD3D,CTLA4,CD74 IL1R2,IFNG,CD3D,CTLA4,HP IL1R2,IFNG,CD3D,CD74,HP IL1R2,IFNG,CTLA4,CD74,HP IL1R2,TAP2,CD3D,CTLA4,CD74 IL1R2,TAP2,CD3D,CTLA4,HP IL1R2,TAP2,CD3D,CD74,HP IL1R2,TAP2,CTLA4,CD74,HP IL1R2,CD3D,CTLA4,CD74,HP IFNG,TAP2,CD3D,CTLA4,CD74 IFNG,TAP2,CD3D,CTLA4,HP IFNG,TAP2,CD3D,CD74,HP IFNG,TAP2,CTLA4,CD74,HP IFNG,CD3D,CTLA4,CD74,HP TAP2,CD3D,CTLA4,CD74,HP Combinaisons de six gènes S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2 S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D S100A9,C3AR1,CD177,CX3CR1,IL1R2,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2 S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D S100A9,C3AR1,CD177,CX3CR1,IFNG,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IFNG,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D S100A9,C3AR1,CD177,CX3CR1,TAP2,CTLA4 S100A9,C3AR1,CD177,CX3CR1,TAP2,CD74 S100A9,C3AR1,CD177,CX3CR1,TAP2,HP S100A9,C3AR1,CD177,CX3CR1,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2 S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D S100A9,C3AR1,CD177,IL1R2,IFNG,CTLA4 S100A9,C3AR1,CD177,IL1R2,IFNG,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D S100A9,C3AR1,CD177,IL1R2,TAP2,CTLA4 S100A9,C3AR1,CD177,IL1R2,TAP2,CD74 S100A9,C3AR1,CD177,IL1R2,TAP2,HP S100A9,C3AR1,CD177,IL1R2,CD3D,CTLA4 S100A9,C3AR1,CD177,IL1R2,CD3D,CD74 S100A9,C3AR1,CD177,IL1R2,CD3D,HP S100A9,C3AR1,CD177,IL1R2,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,CD74,HP S100A9,C3AR1,CD177,IFNG,TAP2,CD3D S100A9,C3AR1,CD177,IFNG,TAP2,CTLA4 S100A9,C3AR1,CD177,IFNG,TAP2,CD74 S100A9,C3AR1,CD177,IFNG,TAP2,HP S100A9,C3AR1,CD177,IFNG,CD3D,CTLA4 S100A9,C3AR1,CD177,IFNG,CD3D,CD74 S100A9,C3AR1,CD177,IFNG,CD3D,HP S100A9,C3AR1,CD177,IFNG,CTLA4,CD74 S100A9,C3AR1,CD177,IFNG,CTLA4,HP S100A9,C3AR1,CD177,IFNG,CD74,HP S100A9,C3AR1,CD177,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,TAP2,CD3D,HP S100A9,C3AR1,CD177,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,TAP2,CTLA4,HP S100A9,C3AR1,CD177,TAP2,CD74,HP S100A9,C3AR1,CD177,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CD3D,CD74,HP S100A9,C3AR1,CD177,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD74 S100A9,C3AR1,CX3CR1,IL1R2,TAP2,HP S100A9,C3AR1,CX3CR1,IL1R2,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,CD3D,CD74 S100A9,C3AR1,CX3CR1,IL1R2,CD3D,HP S100A9,C3AR1,CX3CR1,IL1R2,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D S100A9,C3AR1,CX3CR1,IFNG,TAP2,CTLA4 S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD74 S100A9,C3AR1,CX3CR1,IFNG,TAP2,HP S100A9,C3AR1,CX3CR1,IFNG,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,IFNG,CD3D,CD74 S100A9,C3AR1,CX3CR1,IFNG,CD3D,HP S100A9,C3AR1,CX3CR1,IFNG,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IFNG,CTLA4,HP S100A9,C3AR1,CX3CR1,IFNG,CD74,HP S100A9,C3AR1,CX3CR1,TAP2,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,TAP2,CD3D,CD74 S100A9,C3AR1,CX3CR1, T AP2,CD3D, H P S100A9,C3AR1,CX3CR1,TAP2,CTLA4,CD74 S100A9,C3AR1,CX3CR1,TAP2,CTLA4,HP S100A9,C3AR1,CX3CR1,TAP2,CD74,HP S100A9,C3AR1,CX3CR1,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D S100A9,C3AR1,IL1R2,IFNG,TAP2,CTLA4 S100A9,C3AR1,IL1R2,IFNG,TAP2,CD74 S100A9,C3AR1,IL1R2,IFNG,TAP2,HP S100A9,C3AR1,IL1R2,IFNG,CD3D,CTLA4 S100A9,C3AR1,IL1R2,IFNG,CD3D,CD74 S100A9,C3AR1,IL1R2,IFNG,CD3D,HP S100A9,C3AR1,IL1R2,IFNG,CTLA4,CD74 S100A9,C3AR1,IL1R2,IFNG,CTLA4,HP S100A9,C3AR1,IL1R2,IFNG,CD74,HP S100A9,C3AR1,IL1R2,TAP2,CD3D,CTLA4 S100A9,C3AR1,IL1R2,TAP2,CD3D,CD74 S100A9,C3AR1,IL1R2,TAP2,CD3D,HP S100A9,C3AR1,IL1R2,TAP2,CTLA4,CD74 S100A9,C3AR1,IL1R2,TAP2,CTLA4,HP S100A9,C3AR1,IL1R2,TAP2,CD74,HP S100A9,C3AR1,IL1R2,CD3D,CTLA4,CD74 S100A9,C3AR1,IL1R2,CD3D,CTLA4,HP S100A9,C3AR1,IL1R2,CD3D,CD74,HP S100A9,C3AR1,IL1R2,CTLA4,CD74,HP S100A9,C3AR1,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,IFNG,TAP2,CD3D,HP S100A9,C3AR1,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,IFNG,TAP2,CD74,HP S100A9,C3AR1,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,IFNG,CD3D,CD74,HP S100A9,C3AR1,IFNG,CTLA4,CD74,HP S100A9,C3AR1,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,TAP2,CD3D,CD74,HP S100A9,C3AR1,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2 S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D S100A9,CD177,CX3CR1,IL1R2,IFNG,CTLA4 S100A9,CD177,CX3CR1,IL1R2,IFNG,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D S100A9,CD177,CX3CR1,IL1R2,TAP2,CTLA4 S100A9,CD177,CX3CR1,IL1R2,TAP2,CD74 S100A9,CD177,CX3CR1,IL1R2,TAP2,HP S100A9,CD177,CX3CR1,IL1R2,CD3D,CTLA4 S100A9,CD177,CX3CR1,IL1R2,CD3D,CD74 S100A9,CD177,CX3CR1,IL1R2,CD3D,HP S100A9,CD177,CX3CR1,IL1R2,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,CD74,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D S100A9,CD177,CX3CR1,IFNG,TAP2,CTLA4 S100A9,CD177,CX3CR1,IFNG,TAP2,CD74 S100A9,CD177,CX3CR1,IFNG,TAP2,HP S100A9,CD177,CX3CR1,IFNG,CD3D,CTLA4 S100A9,CD177,CX3CR1,IFNG,CD3D,CD74 S100A9,CD177,CX3CR1,IFNG,CD3D,HP S100A9,CD177,CX3CR1,IFNG,CTLA4,CD74 S100A9,CD177,CX3CR1,IFNG,CTLA4,HP S100A9,CD177,CX3CR1,IFNG,CD74,HP S100A9,CD177,CX3CR1,TAP2,CD3D,CTLA4 S100A9,CD177,CX3CR1,TAP2,CD3D,CD74 S100A9,CD177,CX3CR1,TAP2,CD3D,HP S100A9,CD177,CX3CR1,TAP2,CTLA4,CD74 S100A9,CD177,CX3CR1,TAP2,CTLA4,HP S100A9,CD177,CX3CR1,TAP2,CD74,HP S100A9,CD177,CX3CR1,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,CD3D,CD74,HP S100A9,CD177,CX3CR1,CTLA4,CD74,HP S100A9,CD177,IL1R2,IFNG,TAP2,CD3D S100A9,CD177,IL1R2,IFNG,TAP2,CTLA4 S100A9,CD177,IL1R2,IFNG,TAP2,CD74 S100A9,CD177,IL1R2,IFNG,TAP2,HP S100A9,CD177,IL1R2,IFNG,CD3D,CTLA4 S100A9,CD177,IL1R2,IFNG,CD3D,CD74 S100A9,CD177,IL1R2,IFNG,CD3D,HP S100A9,CD177,IL1R2,IFNG,CTLA4,CD74 S100A9,CD177,IL1R2,IFNG,CTLA4,HP S100A9,CD177,IL1R2,IFNG,CD74,HP S100A9,CD177,IL1R2,TAP2,CD3D,CTLA4 S100A9,CD177,IL1R2,TAP2,CD3D,CD74 S100A9,CD177,IL1R2,TAP2,CD3D,HP S100A9,CD177,IL1R2,TAP2,CTLA4,CD74 S100A9,CD177,IL1R2,TAP2,CTLA4,HP S100A9,CD177,IL1R2,TAP2,CD74,HP S100A9,CD177,IL1R2,CD3D,CTLA4,CD74 S100A9,CD177,IL1R2,CD3D,CTLA4,HP S100A9,CD177,IL1R2,CD3D,CD74,HP S100A9,CD177,IL1R2,CTLA4,CD74,HP S100A9,CD177,IFNG,TAP2,CD3D,CTLA4 S100A9,CD177,IFNG,TAP2,CD3D,CD74 S100A9,CD177,IFNG,TAP2,CD3D,HP S100A9,CD177,IFNG,TAP2,CTLA4,CD74 S100A9,CD177,IFNG,TAP2,CTLA4,HP S100A9,CD177,IFNG,TAP2,CD74,HP S100A9,CD177,IFNG,CD3D,CTLA4,CD74 S100A9,CD177,IFNG,CD3D,CTLA4,HP S100A9,CD177,IFNG,CD3D,CD74,HP S100A9,CD177,IFNG,CTLA4,CD74,HP S100A9,CD177,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,TAP2,CD3D,CTLA4,HP S100A9,CD177,TAP2,CD3D,CD74,HP S100A9,CD177,TAP2,CTLA4,CD74,HP S100A9,CD177,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D S100A9,CX3CR1,IL1R2,IFNG,TAP2,CTLA4 S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD74 S100A9,CX3CR1,IL1R2,IFNG,TAP2,HP S100A9,CX3CR1,IL1R2,IFNG,CD3D,CTLA4 S100A9,CX3CR1,IL1R2,IFNG,CD3D,CD74 S100A9,CX3CR1,IL1R2,IFNG,CD3D,HP S100A9,CX3CR1,IL1R2,IFNG,CTLA4,CD74 S100A9,CX3CR1,IL1R2,IFNG,CTLA4,HP S100A9,CX3CR1,IL1R2,IFNG,CD74,HP S100A9,CX3CR1,IL1R2,TAP2,CD3D,CTLA4 S100A9,CX3CR1,IL1R2,TAP2,CD3D,CD74 S100A9,CX3CR1,IL1R2,TAP2,CD3D,HP S100A9,CX3CR1,IL1R2,TAP2,CTLA4,CD74 S100A9,CX3CR1,IL1R2,TAP2,CTLA4,HP S100A9,CX3CR1,IL1R2,TAP2,CD74,HP S100A9,CX3CR1,IL1R2,CD3D,CTLA4,CD74 S100A9,CX3CR1,IL1R2,CD3D,CTLA4,HP S100A9,CX3CR1,IL1R2,CD3D,CD74,HP S100A9,CX3CR1,IL1R2,CTLA4,CD74,HP S100A9,CX3CR1,IFNG,TAP2,CD3D,CTLA4 S100A9,CX3CR1,IFNG,TAP2,CD3D,CD74 S100A9,CX3CR1,IFNG,TAP2,CD3D,HP S100A9,CX3CR1,IFNG,TAP2,CTLA4,CD74 S100A9,CX3CR1,IFNG,TAP2,CTLA4,HP S100A9,CX3CR1,IFNG,TAP2,CD74,HP S100A9,CX3CR1,IFNG,CD3D,CTLA4,CD74 S100A9,CX3CR1,IFNG,CD3D,CTLA4,HP S100A9,CX3CR1,IFNG,CD3D,CD74,HP S100A9,CX3CR1,IFNG,CTLA4,CD74,HP S100A9,CX3CR1,TAP2,CD3D,CTLA4,CD74 S100A9,CX3CR1,TAP2,CD3D,CTLA4,HP S100A9,CX3CR1,TAP2,CD3D,CD74,HP S100A9,CX3CR1,TAP2,CTLA4,CD74,HP S100A9,CX3CR1,CD3D,CTLA4,CD74,HP S100A9,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,IL1R2,IFNG,TAP2,CD3D,HP S100A9,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,IL1R2,IFNG,TAP2,CD74,HP S100A9,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,IL1R2,IFNG,CD3D,CD74,HP S100A9,IL1R2,IFNG,CTLA4,CD74,HP S100A9,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,IL1R2,TAP2,CD3D,CTLA4,HP S100A9,IL1R2,TAP2,CD3D,CD74,HP S100A9,IL1R2,TAP2,CTLA4,CD74,HP S100A9,IL1R2,CD3D,CTLA4,CD74,HP S100A9,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,IFNG,TAP2,CD3D,CTLA4,HP S100A9,IFNG,TAP2,CD3D,CD74,HP S100A9,IFNG,TAP2,CTLA4,CD74,HP S100A9,IFNG,CD3D,CTLA4,CD74,HP S100A9,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2 C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD74 C3AR1,CD177,CX3CR1, 1 L1R2, 1 FNG, H P C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD74 C3AR1,CD177,CX3CR1,IL1R2,TAP2,HP C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,CD3D,CD74 C3AR1,CD177,CX3CR1,IL1R2,CD3D,HP C3AR1,CD177,CX3CR1,IL1R2,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,CD74,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4 C3AR1,CD177,CX3CR1,IFNG,TAP2,CD74 C3AR1,CD177,CX3CR1,IFNG,TAP2,HP C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4 C3AR1,CD177,CX3CR1,IFNG,CD3D,CD74 C3AR1,CD177,CX3CR1,IFNG,CD3D,HP C3AR1,CD177,CX3CR1,IFNG,CTLA4,CD74 C3AR1,CD177,CX3CR1,IFNG,CTLA4,HP C3AR1,CD177,CX3CR1,IFNG,CD74,HP C3AR1,CD177,CX3CR1,TAP2,CD3D,CTLA4 C3AR1,CD177,CX3CR1,TAP2,CD3D,CD74 C3AR1,CD177,CX3CR1, TAP2,CD3D, HP C3AR1,CD177,CX3CR1,TAP2,CTLA4,CD74 C3AR1,CD177,CX3CR1, T AP2,CTLA4, H P C3AR1,CD177,CX3CR1,TAP2,CD74,HP C3AR1,CD177,CX3CR1,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1,CD3 D,CTLA4, H P C3AR1,CD177,CX3CR1,CD3D,CD74,HP C3AR1,CD177,CX3CR1,CTLA4,CD74,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4 C3AR1,CD177,IL1R2,IFNG,TAP2,CD74 C3AR1,CD177,IL1R2,IFNG,TAP2,HP C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4 C3AR1,CD177,IL1R2,IFNG,CD3D,CD74 C3AR1,CD177,IL1R2,IFNG,CD3D,HP C3AR1,CD177,IL1R2,IFNG,CTLA4,CD74 C3AR1,CD177,IL1R2,IFNG,CTLA4,HP C3AR1,CD177,IL1R2,IFNG,CD74,HP C3AR1,CD177,IL1R2,TAP2,CD3D,CTLA4 C3AR1,CD177,IL1R2,TAP2,CD3D,CD74 C3AR1,CD177,IL1R2,TAP2,CD3D,HP C3AR1,CD177,IL1R2,TAP2,CTLA4,CD74 C3AR1,CD177,IL1R2,TAP2,CTLA4,HP C3AR1,CD177,IL1R2,TAP2,CD74,HP C3AR1,CD177,IL1R2,CD3D,CTLA4,CD74 C3AR1,CD177,IL1R2,CD3D,CTLA4,HP C3AR1,CD177,IL1R2,CD3D,CD74,HP C3AR1,CD177,IL1R2,CTLA4,CD74,HP C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4 C3AR1,CD177,IFNG,TAP2,CD3D,CD74 C3AR1,CD177,IFNG,TAP2,CD3D,HP C3AR1,CD177,IFNG,TAP2,CTLA4,CD74 C3AR1,CD177,IFNG,TAP2,CTLA4,HP C3AR1,CD177,IFNG,TAP2,CD74,HP C3AR1,CD177,IFNG,CD3D,CTLA4,CD74 C3AR1,CD177,IFNG,CD3D,CTLA4,HP C3AR1,CD177,IFNG,CD3D,CD74,HP C3AR1,CD177,IFNG,CTLA4,CD74,HP C3AR1,CD177,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,TAP2,CD3D,CTLA4,HP C3AR1,CD177,TAP2,CD3D,CD74,HP C3AR1,CD177,TAP2,CTLA4,CD74, HP C3AR1,CD177,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4 C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD74 C3AR1,CX3CR1,IL1R2,IFNG,TAP2,HP C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CTLA4 C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CD74 C3AR1,CX3CR1,IL1R2,IFNG,CD3D,HP C3AR1,CX3CR1,IL1R2,IFNG,CTLA4,CD74 C3AR1,CX3CR1,IL1R2,IFNG,CTLA4,HP C3AR1,CX3CR1,IL1R2,IFNG,CD74,HP C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4 C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CD74 C3AR1,CX3CR1,IL1R2,TAP2,CD3D,HP C3AR1,CX3CR1,IL1R2,TAP2,CTLA4,CD74 C3AR1,CX3CR1,IL1R2,TAP2,CTLA4,HP C3AR1,CX3CR1,IL1R2,TAP2,CD74,HP C3AR1,CX3CR1,IL1R2,CD3D,CTLA4,CD74 C3AR1,CX3CR1,IL1R2,CD3D,CTLA4,HP C3AR1,CX3CR1,IL1R2,CD3D,CD74,HP C3AR1,CX3CR1,IL1R2,CTLA4,CD74,HP C3AR1,CX3CR1,IFNG,TAP2,CD3D,CTLA4 C3AR1,CX3CR1,IFNG,TAP2,CD3D,CD74 C3AR1,CX3CR1,IFNG,TAP2,CD3D,HP C3AR1,CX3CR1,IFNG,TAP2,CTLA4,CD74 C3AR1,CX3CR1,IFNG,TAP2,CTLA4,HP C3AR1,CX3CR1,IFNG,TAP2,CD74,HP C3AR1,CX3CR1,IFNG,CD3D,CTLA4,CD74 C3AR1,CX3CR1,IFNG,CD3D,CTLA4,HP C3AR1,CX3CR1,IFNG,CD3D,CD74,HP C3AR1,CX3CR1,IFNG,CTLA4,CD74,HP C3AR1,CX3CR1,TAP2,CD3D,CTLA4,CD74 C3AR1,CX3CR1, TAP2,CD3D,CTLA4, HP C3AR1,CX3CR1,TAP2,CD3D,CD74,HP C3AR1,CX3CR1,TAP2,CTLA4,CD74,HP C3AR1,CX3CR1,CD3D, CTLA4,CD74, HP C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 C3AR1,IL1R2,IFNG,TAP2,CD3D,CD74 C3AR1,IL1R2,IFNG,TAP2,CD3D,HP C3AR1,IL1R2,IFNG,TAP2,CTLA4,CD74 C3AR1,IL1R2,IFNG,TAP2,CTLA4,HP C3AR1,IL1R2,IFNG,TAP2,CD74,HP C3AR1,IL1R2,IFNG,CD3D,CTLA4,CD74 C3AR1,IL1R2,IFNG,CD3D,CTLA4,HP C3AR1,IL1R2,IFNG,CD3D,CD74,HP C3AR1,IL1R2,IFNG,CTLA4,CD74,HP C3AR1,IL1R2,TAP2,CD3D,CTLA4,CD74 C3AR1,IL1R2,TAP2,CD3D,CTLA4,HP C3AR1,IL1R2,TAP2,CD3D,CD74,HP C3AR1,IL1R2,TAP2,CTLA4,CD74,HP C3AR1,IL1R2,CD3D,CTLA4,CD74,HP C3AR1,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,IFNG,TAP2,CD3D,CTLA4,HP C3AR1,IFNG,TAP2,CD3D,CD74,HP C3AR1,IFNG,TAP2,CTLA4,CD74,HP C3AR1,IFNG,CD3D,CTLA4,CD74,HP C3AR1,TAP2,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4 CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74 CD177,CX3CR1,IL1R2,IFNG,TAP2,HP CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4 CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74 CD177,CX3CR1,IL1R2,IFNG,CD3D,HP CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74 CD177,CX3CR1,IL1R2,IFNG,CTLA4,HP CD177,CX3CR1,IL1R2,IFNG,CD74,HP CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4 CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74 CD177,CX3CR1,IL1R2,TAP2,CD3D,HP CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74 CD177,CX3CR1,IL1R2,TAP2,CTLA4,HP CD177,CX3CR1,IL1R2,TAP2,CD74,HP CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74 CD177,CX3CR1,IL1R2,CD3D,CTLA4,HP CD177,CX3CR1,IL1R2,CD3D,CD74,HP CD177,CX3CR1,IL1R2,CTLA4,CD74,HP CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4 CD177,CX3CR1,IFNG,TAP2,CD3D,CD74 CD177,CX3CR1,IFNG,TAP2,CD3D,HP CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74 CD177,CX3CR1,IFNG,TAP2,CTLA4,HP CD177,CX3CR1,IFNG,TAP2,CD74,HP CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74 CD177,CX3CR1,IFNG,CD3D,CTLA4,HP CD177,CX3CR1,IFNG,CD3D,CD74,HP CD177,CX3CR1,IFNG,CTLA4,CD74,HP CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74 CD177,CX3CR1,TAP2,CD3D,CTLA4,HP CD177,CX3CR1,TAP2,CD3D,CD74,HP CD177,CX3CR1,TAP2,CTLA4,CD74,HP CD177,CX3CR1,CD3D, CTLA4,CD74, HP CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4 CD177,IL1R2,IFNG,TAP2,CD3D,CD74 CD177,IL1R2,IFNG,TAP2,CD3D,HP CD177,IL1R2,IFNG,TAP2,CTLA4,CD74 CD177,IL1R2,IFNG,TAP2,CTLA4,HP CD177,IL1R2,IFNG,TAP2,CD74,HP CD177,IL1R2,IFNG,CD3D,CTLA4,CD74 CD177,IL1R2,IFNG,CD3D,CTLA4,HP CD177,IL1R2,IFNG,CD3D,CD74,HP CD177,IL1R2,IFNG,CTLA4,CD74,HP CD177,IL1R2,TAP2,CD3D,CTLA4,CD74 CD177,IL1R2,TAP2,CD3D,CTLA4,HP CD177,IL1R2,TAP2,CD3D,CD74,HP CD177,IL1R2,TAP2,CTLA4,CD74,HP CD177,IL1R2,CD3D,CTLA4,CD74,HP CD177,IFNG,TAP2,CD3D,CTLA4,CD74 CD177,IFNG,TAP2,CD3D,CTLA4,HP CD177,IFNG,TAP2,CD3D,CD74,HP CD177,IFNG,TAP2,CTLA4,CD74,HP CD177,IFNG,CD3D,CTLA4,CD74,HP CD177,TAP2,CD3D,CTLA4,CD74,HP CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP CX3CR1,IL1R2,IFNG,TAP2,CD74,HP CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 CX3CR1,IL1R2,IFNG,CD3D,CTLA4,HP CX3CR1,IL1R2,IFNG,CD3D,CD74,HP CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP CX3CR1,IL1R2,TAP2,CD3D,CD74,HP CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 CX3CR1,IFNG,TAP2,CD3D,CTLA4,HP CX3CR1,IFNG,TAP2,CD3D,CD74,HP CX3CR1,IFNG,TAP2,CTLA4,CD74,HP CX3CR1,IFNG,CD3D,CTLA4,CD74,HP CX3CR1,TAP2,CD3D,CTLA4,CD74,HP IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 IL1R2,IFNG,TAP2,CD3D,CTLA4,HP IL1R2,IFNG,TAP2,CD3D,CD74,HP IL1R2,IFNG,TAP2,CTLA4,CD74,HP IL1R2,IFNG,CD3D,CTLA4,CD74,HP IL1R2,TAP2,CD3D,CTLA4,CD74,HP IFNG,TAP2,CD3D,CTLA4,CD74,HP Combinaisons de sept gènes S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,CD74,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,TAP2,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CD74,HP S100A9,C3AR1,CD177,CX3CR1,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4 S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,HP S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4 S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D,HP S100A9,C3AR1,CD177,IL1R2,IFNG,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,IFNG,CD74,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,TAP2,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CD74,HP S100A9,C3AR1,CD177,IL1R2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,CD3D,CD74,HP S100A9,C3AR1,CD177,IL1R2,CTLA4,CD74,HP S100A9,C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,IFNG,TAP2,CD3D,HP S100A9,C3AR1,CD177,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,CD177,IFNG,TAP2,CD74,HP S100A9,C3AR1,CD177,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,CD177,IFNG,CD3D,CD74,HP S100A9,C3AR1,CD177,IFNG,CTLA4,CD74,HP S100A9,C3AR1,CD177,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,CD3D,CTLA4,CD74, HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CD74 S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,IFNG,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,TAP2,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,CD3D,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CD74,HP S100A9,C3AR1,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,IL1R2,IFNG,CD3D,CD74,HP S100A9,C3AR1,IL1R2,IFNG,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,IL1R2,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,IL1R2,TAP2,CD3D,CD74,HP S100A9,C3AR1,IL1R2,TAP2,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,IFNG,TAP2,CD3D,CTLA4,H P S100A9,C3AR1,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4 S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4 S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,CD74,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4 S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74 S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,TAP2,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CD74,HP S100A9,CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,CD3D,CD74,HP S100A9,CD177,CX3CR1,IL1R2,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4 S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D,CD74 S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74 S100A9,CD177,CX3CR1,IFNG,TAP2,CTLA4,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CD74,HP S100A9,CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,IFNG,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,IFNG,CD3D,CD74,HP S100A9,CD177,CX3CR1,IFNG,CTLA4,CD74,HP S100A9,CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,TAP2,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,TAP2,CD3D,CD74,HP S100A9,CD177,CX3CR1,TAP2,CTLA4,CD74,HP S100A9,CD177,CX3CR1,CD3D,CTLA4,CD74,HP S100A9,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,CD177,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,CD177,IL1R2,IFNG,TAP2,CD3D,HP S100A9,CD177,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,CD177,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,CD177,IL1R2,IFNG,TAP2,CD74,HP S100A9,CD177,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,CD177,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,CD177,IL1R2,IFNG,CD3D,CD74,HP S100A9,CD177,IL1R2,IFNG,CTLA4,CD74,HP S100A9,CD177,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,IL1R2,TAP2,CD3D,CTLA4,HP S100A9,CD177,IL1R2,TAP2,CD3D,CD74,HP S100A9,CD177,IL1R2,TAP2,CTLA4,CD74,HP S100A9,CD177,IL1R2,CD3D,CTLA4,CD74,HP S100A9,CD177,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,IFNG,TAP2,CD3D,CTLA4,HP S100A9,CD177,IFNG,TAP2,CD3D,CD74,HP S100A9,CD177,IFNG,TAP2,CTLA4,CD74,HP S100A9,CD177,IFNG,CD3D,CTLA4,CD74,HP S100A9,CD177,TAP2,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,CX3CR1,IL1R2,IFNG,CD3D,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP S10OA9,CX3CR1, IL1R2,TAP2,CD3D,CD74, HP S100A9,CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,CX3CR1,IFNG,TAP2,CD3D,CTLA4,HP S100A9,CX3CR1,IFNG,TAP2,CD3D,CD74,HP S100A9,CX3CR1,IFNG,TAP2,CTLA4,CD74,HP S100A9,CX3CR1,IFNG,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,TAP2,CD3D,CTLA4,CD74,HP S100A9,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74 C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74 C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74 C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,HP C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,CD3D,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4 C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CD74 C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74 C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CD74,HP C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4,HP C3AR1,CD177,CX3CR1,IFNG,CD3D,CD74,HP C3AR1,CD177,CX3CR1,IFNG,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1, T AP2,CD3D,CTLA4, H P C3AR1,CD177,CX3CR1,TAP2,CD3D,CD74,HP C3AR1,CD177,CX3CR1,TAP2,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,CD3D,CTLA4,CD74,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4 C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CD74 C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4,CD74 C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CD74,HP C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4,CD74 C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4,HP C3AR1,CD177,IL1R2,IFNG,CD3D,CD74,HP C3AR1,CD177,IL1R2,IFNG,CTLA4,CD74,HP C3AR1,CD177,IL1R2,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,IL1R2, TAP2,CD3D,CTLA4, HP C3AR1,CD177,IL1R2,TAP2,CD3D,CD74,HP C3AR1,CD177,IL1R2,TAP2,CTLA4,CD74,HP C3AR1,CD177,IL1R2,CD3D,CTLA4,CD74,HP C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4,HP C3AR1,CD177,IFNG,TAP2,CD3D,CD74,HP C3AR1,CD177,IFNG,TAP2,CTLA4,CD74,HP C3AR1,CD177,IFNG,CD3D,CTLA4,CD74,HP C3AR1,CD177,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 C3AR1,CX3CR1, IL1R2, IFNG,CD3D,CTLA4,H P C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CD74,HP C3AR1,CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,CX3CR1, IFNG, T AP2,CD3D,CTLA4,H P C3AR1,CX3CR1,IFNG,TAP2,CD3D,CD74,HP C3AR1,CX3CR1,IFNG,TAP2,CTLA4,CD74,HP C3AR1,CX3CR1,IFNG,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,TAP2,CD3D,CTLA4,CD74, HP C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP C3AR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP C3AR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP C3AR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP C3AR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP C3AR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74,HP CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,HP CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74,HP CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74,HP CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 CD177,CX3CR1, IFNG,TAP2,CD3D,CTLA4,HP CD177,CX3CR1,IFNG,TAP2,CD3D,CD74,HP CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74,HP CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74,HP CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74, HP CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP CD177,IL1R2,IFNG,TAP2,CD3D,CD74,HP CD177,IL1R2,IFNG,TAP2,CTLA4,CD74,HP CD177,IL1R2,IFNG,CD3D,CTLA4,CD74,HP CD177,IL1R2,TAP2,CD3D,CTLA4,CD74,HP CD177,IFNG,TAP2,CD3D,CTLA4,CD74,HP CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP Combinaisons de huit gènes S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D,CD74,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,CD177,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,CD177,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,CD177,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,CD177,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CD74,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CD74,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4,CD74,HP C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4,CD74,HP C3AR1,CD177,IL1R2,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP Combinaisons de neuf gènes S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP Combinaisons de dix gènes S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74 S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,IFNG,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IL1R2,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,CX3CR1,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CD177,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,C3AR1,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP S100A9,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP C3AR1,CD177,CX3CR1,IL1R2,IFNG,TAP2,CD3D,CTLA4,CD74,HP Combinaison de onze gènes S100A9, C3AR1, CD177, CX3CR1, IL1R2, IFNG, TAP2, CD3D, CTLA4, CD74, HP

[0024] In combination with the measurement of CIITA expression, and as demonstrated in the implementation examples, the measurement of the expression of at least one other gene or a combination of other genes as defined above improves the specificity and sensitivity of the process for assessing the risk of occurrence of a healthcare-associated infection.

[0025] Preferably, in the process as described above, in all its embodiments, the biological sample is a blood sample, preferably a whole blood sample or a blood-derived sample (e.g., PBMCs, which can be obtained by the Ficoll method, well known to those skilled in the art, or purified monocytes).

[0026] Measuring gene expression (or expression level) involves quantifying at least one gene expression product. A gene expression product, as defined in this invention, is any biological molecule resulting from the expression of said gene. More specifically, the gene expression product may be an RNA transcript.

[0027] By "transcript," we mean RNA, and in particular messenger RNA (mRNA), resulting from gene transcription. More precisely, transcripts are RNAs produced by the transcription of a gene followed by post-transcriptional modifications of the pre-RNA forms. Within the scope of the present invention, the expression level of one or more RNA transcripts of the same gene can be measured. Thus, preferably, in the method as described above, in all its embodiments, the expression of the gene(s) (i.e. The expression of CIITA, and possibly one or more other genes of interest (as described previously), is measured at the RNA or mRNA transcript level. In the case of an mRNA transcript, detection can be performed by a direct method, by any method known to those skilled in the art that allows the presence of said transcript in the sample to be determined, or by indirect detection of the transcript after its conversion to DNA, or after amplification of said transcript, or after amplification of the DNA obtained after its conversion to DNA. Numerous methods exist for the detection of nucleic acids (see, for example, Kricka et al., Clinical Chemistry, 1999, No. 45(4), pp. 453–458; Relier GH et al., DNA Probes, 2nd ed., Stockton Press, 1993, sections 5 and 6, pp. 173–249). Gene expression can notably be measured by Reverse Transcription-Polymerase Chain Reaction or RT-PCR, preferably by quantitative RT-PCR or RT-qPCR (e.g. using Fluidigm's FilmArray ®< technology or Biomark ™< platform), by sequencing (preferably by high-throughput sequencing) or by hybridization techniques (e.g. with hybridization microchips or by Nanostring ®< nCounter ®< type techniques).

[0028] Measuring gene expression levels allows us to determine the quantity of one or more transcripts present in a biological sample or to obtain a derived value. A derived quantity can, for example, be the absolute concentration, calculated using a calibration curve obtained from successive dilutions of an amplicon solution of known concentration. It can also correspond to the normalized and calibrated quantity, such as the CNRQ (Calibrated Normalized Relative Quantity, (Hellemans et al. (2007), Genome Biology 8(2):R19), which integrates the values ​​of a reference sample (or calibrator) and one or more housekeeping genes (also called reference genes). Examples of housekeeping genes include DECR1, HPRT1, PPIB, RPLP0, PPIA, GLYR1, RANBP3, 18S, GAPDH, and ACTB.

[0029] Thus, preferably, in the process as described above, in all its embodiments, the expression of the gene(s) of interest is normalized with respect to the expression of one or more housekeeping genes (or reference genes), as is known to those skilled in the art; preferably still using one or more of the following housekeeping genes: DECR1 (chromosomal location of the gene according to GRCh38 / hg38: chr8:90,001,352-90,053,633), HPRT1 (chromosomal location of the gene according to GRCh38 / hg38: chrX:134,452,842-134,520,513) and PPIB (chromosomal location of the gene according to GRCh38 / hg38: chr15:64,155,812-64,163,205).

[0030] Preferably, in the method as described above, in all its embodiments, the expression of the gene(s) of interest (preferably, the normalized expression) in the patient's biological sample is compared to a reference value or to the expression of the same gene(s) of interest (preferably, the normalized expression) in a reference biological sample (these data being used for the calculation of the CNRQ, as mentioned above). The reference sample may be, for example, a sample from a volunteer (healthy individual), a patient, or a mixture of samples from several volunteers (on the one hand) or several patients (on the other hand). The reference sample may also be a sample taken from a volunteer (or a mixture of samples taken from several volunteers) and then processed ex vivo by an immune system stimulant (such as LPS or lipopolysaccharide). The reference sample may also be a mixture of untreated and treated sample(s). ex vivo by an immune system stimulant.

[0031] Thus, the procedure for determining the risk of developing a healthcare-associated infection, as described above and including a step of measuring CIITA expression in the patient's biological sample, may further include the steps of: compare the expression of CIITA or a value derived from this expression, to a predetermined reference value; and draw a conclusion regarding the risk of occurrence of a healthcare-associated infection.

[0032] The determination of a reference value is widely known to those skilled in the art, as it is a routine experiment. This determination consists, in particular, of implementing an assay method identical to, or at least comparable to, that used in the process of the invention, in a biological sample taken from a subject or group of subjects considered not to be at risk of developing a healthcare-associated infection. Therefore, the determination of a reference value may consist of implementing the assay method in biological samples from the two populations studied, and determining the test value (quantity) that allows for differentiation between these two populations, in this case between the population that will develop complications (risk of developing a healthcare-associated infection) and the population that will not develop complications (little or no risk of developing a healthcare-associated infection).

[0033] The predetermined reference value, used to compare the quantity measured within the framework of the invention, will be determined from the same CIITA expression product(s) as that or that quantified in the biological sample to be tested.

[0034] The samples from which the reference values ​​are determined, also called "reference samples", are advantageously of the same nature as the biological sample to be tested or at least, of a compatible nature to constitute a reference for the quantification of the CIITA expression product(s).

[0035] The reference sample(s) used are preferably from people having the same characteristics or a majority of common characteristics, including the same sex and / or similar or identical age and / or same ethnic origin, with those of the patient for whom we wish to assess the risk of occurrence of a healthcare-associated infection.

[0036] The reference sample(s) used are preferably taken from patients in the emergency department, the resuscitation department, the intensive care unit or the continuous care unit; preferably also from patients in a septic state (more particularly, in septic shock), from patients with burns (more particularly, severe burns), from patients with trauma (more particularly, severe trauma), or from patients who have undergone surgery (more particularly, major surgery).

[0037] The determination of the reference value, or test value (quantity), allowing discrimination between these two populations can notably be calculated using the ROC (Receiver Operating Characteristic Curve), as implemented for example in the examples below.

[0038] According to a particular embodiment, when the value of the quantity of the product of the expression product of CIITA is less than the reference value, then the patient is a patient at increased risk of occurrence of a healthcare-associated infection, preferably a nosocomial infection.

[0039] Preferably, the process for determining the risk of developing a healthcare-associated infection, as described above, in all its embodiments, also includes a healthcare management step to reduce the risk of developing a healthcare-associated infection. A patient identified as being at increased risk of developing a healthcare-associated infection may receive tailored healthcare management aimed at reducing the risk of developing a healthcare-associated infection and, for example, reducing the risk of developing sepsis, septic shock, or death.Examples of care management include patient-specific immunomodulatory therapy or prophylactic antibiotic therapy. These two treatments can be combined and / or referral to a continuous care or intensive care unit may be necessary to reduce the risk of healthcare-associated infections, such as developing sepsis, septic shock, or even death in the days following biomarker expression measurement. Preferably, immunomodulatory treatment is an immunostimulatory treatment if the individual is determined to have immunosuppression, or an anti-inflammatory treatment if the individual is determined to have inflammation.Examples of immunostimulatory treatments include interleukins, particularly IL-7, IL-15, or IL-3; growth factors, especially GM-CSF; interferons, particularly IFNγ; Toll agonists; antibodies, particularly anti-PD1, anti-PDL1, anti-LAG3, anti-TIM3, anti-IL-10, or anti-CTLA4; transferrins; apoptosis inhibitors such as FLT3L and Thymosin α1; and adrenergic antagonists. Anti-inflammatory treatments include glucocorticoids; cytostatic agents; immunophilin and cytokine receptor antagonists; IL-1 receptor blockers; and anti-TNF therapies. Examples of appropriate prophylactic antibiotic treatments to prevent pneumonia are described in particular in the Annales Françaises d'Anesthésie et de Réanimation (30; 2011; 168-190).Conversely, a patient who does not present a risk of developing a healthcare-associated infection can be quickly referred to a day hospital service, for example an infectious disease service, rather than remaining in a service with close monitoring which he will not need.

[0040] A "primer" or "amplification primer" is defined as a nucleotide fragment that can be 5 to 100 nucleotides long, preferably 15 to 30 nucleotides, and that has specificity for hybridization with a target nucleotide sequence under specific conditions for initiating enzymatic polymerization, for example, in an enzymatic amplification reaction of the target nucleotide sequence. Generally, "primer pairs," consisting of two primers, are used. When amplifying several different biomarkers (e.g., genes), several different primer pairs are preferably used, each ideally having the capacity to hybridize specifically with a different biomarker.

[0041] A "probe" or "hybridization probe" is defined as a nucleotide fragment typically consisting of 5 to 100 nucleotides, preferably 15 to 90 nucleotides, and even more preferably 15 to 35 nucleotides, possessing hybridization specificity under determined conditions to form a hybridization complex with a target nucleotide sequence. The probe also includes a reporter (such as a fluorophore, an enzyme, or any other detection system) that enables the detection of the target nucleotide sequence. In the present invention, the target nucleotide sequence may be a nucleotide sequence contained in messenger RNA (mRNA) or a nucleotide sequence contained in complementary DNA (cDNA) obtained by reverse transcription of said mRNA. When targeting multiple biomarkers (e.g.,different genes), several different probes are preferably used, each preferably having the ability to hybridize specifically with a different biomarker.

[0042] Hybridization refers to the process by which, under appropriate conditions, two nucleotide fragments, such as a hybridization probe and a target nucleotide fragment, with sufficiently complementary sequences, can form a double strand with stable and specific hydrogen bonds. A nucleotide fragment "capable of hybridizing" with a polynucleotide is a fragment that can hybridize with said polynucleotide under hybridization conditions, which can be determined in a known manner in each case. These hybridization conditions are determined by stringency, that is, the severity of the operating conditions. Hybridization is more specific the higher the stringency. Stringency is defined, in particular, by the base composition of a probe / target duplex, as well as by the degree of mismatch between two nucleic acids.Stringency can also depend on reaction parameters, such as the concentration and type of ionic species present in the hybridization solution, the nature and concentration of denaturing agents, and / or the hybridization temperature. The stringency of the conditions under which a hybridization reaction must be carried out depends primarily on the hybridization probes used. All of this data is well known, and the appropriate conditions can be determined by those skilled in the art. In general, depending on the length of the hybridization probes used, the temperature for the hybridization reaction is between approximately 20 and 70°C, specifically between 35 and 65°C in a saline solution with a concentration of approximately 0.5 to 1 M. A detection step of the hybridization reaction is then performed.

[0043] An "enzymatic amplification reaction" is a process that generates multiple copies of a target nucleotide fragment through the action of at least one enzyme. Such amplification reactions are well known to those skilled in the art, and examples include the following techniques: PCR ( Polymerase Chain Reaction ), LCR ( Ligase Chain Reaction ), CPR ( Repair Chain Reaction ), 3SR ( Self Sustained Séquence Replication ) with patent application WO-A-90 / 06995, NASBA ( Nucleic Acid Sequence-Based Amplification ), TMA ( Transcription Mediated Amplification ) with US patent A-5,399,491, and LAMP ( Loop mediated isothermal amplification ) with patent US6410278. When the enzymatic amplification reaction is a PCR, it is more specifically referred to as RT-PCR (RT for " reverse transcription "), when the amplification step is preceded by a reverse transcription step of messenger RNA (mRNA) into complementary DNA (cDNA), and by qPCR or RT-qPCR when the PCR is quantitative.

[0044] The invention also relates to the use of: of means for amplifying (e.g. primers) and / or means for detecting (e.g. probes) the expression of CIITA, and optionally also the expression of one or more other gene(s), as indicated above, in all embodiments (and, particularly preferably, one, two, three, four, five, six, seven, eight, nine, ten or eleven genes, selected from the group consisting of: CD74, TAP2, IFNG, IL1R2, C3AR1, CD177, HP, CX3R1, S100A9, CTLA4 and CD3D);or a kit comprising such amplification and / or detection means, and preferably the set of amplification and / or detection means of said kit allow the detection and / or amplification of at most 100, 90, 80, 70, 60, 50, 40, 30, 29, 28, 27, 26, 25, 24, 23, 22, 21, 20, 19, 18, 17, 16, 15, 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2 biomarkers, in total, and optionally said kit also includes means for the amplification and / or detection of the expression of one or more housekeeping genes (preferably selected from the list consisting of: DECR1, HPRT1 and PPIB), ; to determine the risk of occurrence of a healthcare-associated infection, preferably a nosocomial infection, in a patient, preferably a patient within a healthcare facility, preferably further within a hospital, preferably further within the emergency department, the intensive care unit, or a care unit intensive or continuous care unit; particularly preferred, the patient is a patient in a septic state (more particularly in septic shock), a patient with burns (more particularly, severe burns), a patient with trauma (more particularly, severe trauma), or a patient undergoing surgery (more particularly, major surgery).

[0045] The present invention is illustrated in a non-limiting way by the following examples. Example 1: Measuring CIITA expression can predict the risk of developing a healthcare-associated infection in a patient Materials and Methods

[0046] A prospective, longitudinal, single-center observational clinical study was conducted at Edouard Herriot Hospital (Lyon, France). The design of this clinical study was published in Rol et al (2017), BMJ Open 7(6): e015734. The clinical study was approved by the French National Agency for Medicines and Health Products Safety (ANSM) in November 2015 and by the South-East II Ethics Committee in December 2015. Amendments to the protocol were made in July 2016 and then in January 2017. Briefly, a total of 377 patients, in a septic state (n=35) or in septic shock (n=72), with severe burns (n=24), severe trauma (n=137) or hospitalized in a resuscitation or intensive care unit after major surgery (n=109), and 175 healthy volunteers were included between December 2015 and March 2018. Patients in a septic state / septic shockAccording to the first clinical protocol, only patients in septic shock were included, based on a suspicion of an infectious focus, the initiation of catecholamine treatment within 48 hours of admission to intensive care, and catecholamine (norepinephrine) treatment > 0.25 µg / kg / min for at least 2 hours. Subsequently, the eligibility criteria were modified in August 2016, following the publication of a new definition of septic shock, Sepsis 3 (Singer et al (2016), JAMA 810-801:(8)315). Patients in septic shock were therefore included on the basis of a suspicion of an infectious focus, the start of treatment with catecholamines within 48 hours of admission to intensive care and vasopressor therapy necessary to maintain a blood pressure ≥ 65 mm Hg and lactate concentration > 2 mmol / L (18 mg / dL), despite the correction of hypovolemia.In 2017, the possibility was added to include patients in a septic state (according to the Sepsis 3 definition), namely the suspicion of an infectious focus and an increase in the SOFA score ≥ 2 points compared to the baseline SOFA score within 48 hours of admission to intensive care. For this population, day 1 corresponds to the day of diagnosis of sepsis or septic shock; Severe trauma : in the first protocol, only patients with severe trauma were included (Injury Severity Score (ISS) ≥ 25). In August 2016, the possibility of also including less severe trauma (16 < ISS < 24) was added. For this population, day 1 corresponds to the day of admission to the resuscitation service or intensive care unit (~< day of trauma); Major surgeryIn the first protocol, only esophagogastroduodenosectomy, Bricker-type bladder resection, pancreaticoduodenectomy, and abdominal aortic surgery via laparotomy were considered. Other types of surgery with a high risk of complications were added in January 2017: pancreatectomy (total or caudal), neuroendocrine tumors, hepatectomy (right-sided), extended colectomy (laparotomy), abdoperineal resection, nephrectomy (laparotomy, PKD), and iliofemoral bypass (Scarpa). For this population, day 1 corresponds to the day of surgery; Severe burns Patients were selected based on a total burn surface area greater than 30%. For this population, day 1 corresponds to the day of admission to the resuscitation service or intensive care unit (~< day of the burn).

[0047] The exclusion criteria focused primarily on factors that could have impacted immune status and biased the results (e.g., severe neutropenia, corticosteroid treatments, hematological or oncological disease). Each event leading to a suspected healthcare-associated infection, occurring within the hospital before day 30, was independently reviewed by three physicians not involved in patient recruitment. Twenty-six percent of patients developed at least one healthcare-associated infection before day 30, or before hospital discharge.

[0048] Blood samples were collected in PAXgene® tubes (ref. 762165, PreAnalytiX GmbH Hombrechtikon Switzerland), once for healthy volunteers, and several times for a sub-cohort of 242 patients (i.e. 82 patients in septic state / septic shock, 83 patients with severe trauma, 61 patients hospitalized in a resuscitation or intensive care unit after major surgery and 16 patients with severe burns), i.e. 3-4 times in the first week (on days 1 or 2: D1 / 2, on days 3 or 4: D3 / 4 and on days 5, 6 or 7: D5 / 7), then 3 times at later times (around D14, D28 and D60).

[0049] CIITA expression levels were measured in these samples by RT-qPCR. A 100 µL volume of blood collected in PAXgene® tubes was directly injected into a FilmArray® bag optimized to detect a panel of genes involved in the host response, including CIITA, by nestedPCR. The nucleic acid extraction, reverse transcription, and qPCR steps were performed sequentially and automatically by the Filmarray® instrument without external intervention. The threshold cycles (or Ct) determined by the instrument were normalized to the expression of three reference genes (DECR1, HPRT1, and PPIB).

[0050] Regarding data analysis, associations between CIITA expression, measured at different time points during the first week, and the occurrence of a healthcare-associated infection before day 30 from study enrollment were assessed. The results were calculated in the form of Hazard Ratiosexpressed as interquartile distance with the associated 95% confidence interval (HR IQR). Then, univariate logistic regressions were implemented to predict the risk of occurrence of a healthcare-associated infection before day 15. The power of the values ​​predicted by the logistic regression to discriminate between healthcare-associated infection and the absence of healthcare-associated infection was quantified by the area under the curve (AUC) of the ROC curve ( Receiver Operating Characteristic ), and 95% confidence intervals were estimated.

[0051] Next, the association between CIITA expression and the occurrence of a healthcare-associated infection was assessed for different time intervals of infection onset (i.e., the time between sample collection and the first occurrence of an infection). The different time intervals considered were: a healthcare-associated infection within 4 days and within 7 days after sample collection, regardless of when the sample was collected. For each patient who developed a healthcare-associated infection, the sample considered was the one collected closest to the occurrence of the first episode of healthcare-associated infection. For patients who did not develop a healthcare-associated infection (i.e., control patients), a matching method was used to select, for each case, a control patient with the same sample collection date and similar SOFA and Charlson scores.Finally, a single control was selected for each unique case. Univariate logistic regressions were implemented. The power of the values ​​predicted by the logistic regression to discriminate between healthcare-associated infection and the absence of healthcare-associated infection was quantified by the area under the curve (AUC) of the ROC curve, and 95% confidence intervals were estimated. Results

[0052] A decrease in CIITA mRNA expression, measured on day 5 / 7 from cohort enrollment, was associated with a higher risk of healthcare-associated infection occurring before day 30 in the overall patient population (univariate analysis: HR IQR=0.52 [0.31-0.88], p=0.0148). This association remained significant after adjustment for SOFA and Charlson scores (multivariate analysis: HR IQR=0.56 [0.33-0.97], p=0.0371).

[0053] Furthermore, prediction models showed that CIITA expression at the mRNA level, measured at D3 / 4 or D5 / 7 from inclusion in the cohort, made it possible to predict the occurrence of a healthcare-associated infection before D15 from inclusion in the cohort (Table 4). Table 4. Performance (AUC and 95% confidence intervals, with AUC.2.5 and AUC.97.5 bounds) of CIITA expression measurement, measured at D3 / 4 or D5 / 7 from cohort inclusion, for predicting the occurrence of healthcare-associated infection before D15 from cohort inclusion, in patients with sepsis / septic shock, severe trauma, or hospitalized after major surgery. Sample collection day AUC AUC.2.5 AUC.97.5 J3 / 4 0,602 0,495 0,71 J5 / 7 0,682 0,572 0,793

[0054] Predictive models also showed that CIITA expression at the mRNA level could predict the occurrence of a healthcare-associated infection within 4 or 7 days of sample collection (Table 5). Table 5. Performance (AUC and 95% confidence intervals, with bounds AUC.2.5 and AUC.97.5) of the CIITA expression measurement, for predicting the occurrence of a healthcare-associated infection within 4 days or within 7 days of sample collection. Maximum time interval between sample collection and the possible occurrence of the first healthcare-associated infection AUC AUC.2.5 AUC.97.5 4 days 0,621 0,415 0,827 7 days 0,806 0,658 0,954

[0055] Thus, the results obtained show that the measurement of CIITA expression alone makes it possible to predict the occurrence of healthcare-associated infection(s) within 15 days from the immuno-inflammatory aggression, within 4 days following sample collection or within 7 days following sample collection. Example 2 : Measuring the expression of one or more other genes, in combination with measuring CIITA expression, improves the predictive performance of the risk of developing a healthcare-associated infection.

[0056] In this example, the expression level of CIITA, as well as other genes, was measured by RT-qPCR. Multivariate logistic regressions (combining CIITA expression measurement with one or more other genes) were then performed. Measuring the expression of one or more of these other genes, in addition to CIITA expression, improves the predictive performance (compared to CIITA expression measurement alone) of the risk of developing a healthcare-associated infection, whether before day 15 from cohort enrollment (Table 6) or within 4 or 7 days following sample collection (Table 7). Table 6. Performance (AUC and 95% confidence interval, with bounds AUC.2.5 and AUC.97.5) of CIITA expression measurement, in combination with one or more other biomarker(s) (multivariate analysis), measured at D3 / 4 or D5 / 7 from cohort inclusion, for predicting the occurrence of a healthcare-associated infection before D15 from cohort inclusion, in patients with sepsis / septic shock, severe trauma, or hospitalized after major surgery. Sample collection day Biomarkers AUC AUC.2.5 AUC.97.5 J3 / 4 CIITA + CD274 0,6 0,5 0,71 J3 / 4 CIITA + FLT1 0,6 0,49 0,71 J3 / 4 CIITA + ARL14EP 0,6 0,49 0,72 J3 / 4 CIITA + LILRB2 0,6 0,49 0,72 J3 / 4 CIITA + RORC 0,6 0,49 0,72 J3 / 4 CIITA + TBX21 0,6 0,5 0,71 J3 / 4 CIITA + IL1B 0,61 0,5 0,71 J3 / 4 CIITA + CCNB1IP1 0,61 0,49 0,72 J3 / 4 CIITA + GNLY 0,61 0,5 0,72 J3 / 4 CIITA + MDC1 0,61 0,5 0,72 J3 / 4 CIITA + FCGR1A 0,61 0,5 0,72 J3 / 4 CIITA + ADGRE3 0,61 0,5 0,72 J3 / 4 CIITA + ALOX5 0,61 0,51 0,72 J3 / 4 CIITA + BPGM 0,61 0,51 0,72 J3 / 4 CIITA + IL6 0,61 0,5 0,72 J3 / 4 CIITA + CD74 0,62 0,51 0,72 J3 / 4 CIITA + TAP2 0,62 0,51 0,72 J3 / 4 CIITA + ZAP70 0,62 0,51 0,72 J3 / 4 CIITA + GSN 0,63 0,52 0,73 J3 / 4 CIITA + IL10 0,65 0,53 0,76 J3 / 4 CIITA + HAVCR2 0,65 0,53 0,77 J3 / 4 CIITA + TDRD9 0,65 0,55 0,76 J3 / 4 CIITA + IL18 0,69 0,6 0,79 J3 / 4 CIITA + C3AR1 0,63 0,522 0,739 J3 / 4 CIITA + C3AR1 + CD177 0,626 0,517 0,735 J3 / 4 CIITA + C3AR1 + CD177 + CD3D 0,628 0,518 0,738 J3 / 4 CIITA + C3AR1 + CD177 + CD3D + CTLA4 0,632 0,52 0,744 J3 / 4 CIITA + C3AR1 + CD177 + CTLA4 0,616 0,506 0,726 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 0,626 0,515 0,736 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 + CD3D 0,627 0,516 0,738 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 + CD3D + CTLA4 0,631 0,519 0,743 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 + CTLA4 0,62 0,511 0,73 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 + TAP2 0,637 0,53 0,745 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D 0,639 0,527 0,752 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,636 0,519 0,753 J3 / 4 CIITA + C3AR1 + CD177 + CX3CR1 + TAP2 + CTLA4 0,634 0,527 0,741 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 0,642 0,527 0,757 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CD3D 0,64 0,525 0,755 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CD3D + CTLA4 0,631 0,517 0,745 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CTLA4 0,628 0,515 0,741 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 0,647 0,53 0,764 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D 0,645 0,529 0,76 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,631 0,518 0,745 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + CTLA4 0,629 0,515 0,742 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 0,644 0,53 0,758 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,644 0,53 0,759 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,644 0,53 0,758 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,638 0,528 0,748 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + TAP2 0,644 0,534 0,754 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + TAP2 + CD3D 0,646 0,534 0,758 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,647 0,534 0,761 J3 / 4 CIITA + C3AR1 + CD177 + S100A9 + TAP2 + CTLA4 0,637 0,527 0,747 J3 / 4 CIITA + C3AR1 + CD177 + TAP2 0,646 0,545 0,747 J3 / 4 CIITA + C3AR1 + CD177 + TAP2 + CD3D 0,643 0,533 0,753 J3 / 4 CIITA + C3AR1 + CD177 + TAP2 + CD3D + CTLA4 0,638 0,521 0,754 J3 / 4 CIITA + C3AR1 + CD177 + TAP2 + CTLA4 0,63 0,525 0,736 J3 / 4 CIITA + C3AR1 + CD3D 0,635 0,528 0,741 J3 / 4 CIITA + C3AR1 + CD3D + CTLA4 0,625 0,511 0,739 J3 / 4 CIITA + C3AR1 + CD74 0,674 0,56 0,788 J3 / 4 CIITA + C3AR1 + CD74 + CD177 0,664 0,551 0,777 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CD3D 0,664 0,549 0,778 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CD3D + CTLA4 0,66 0,547 0,773 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CTLA4 0,656 0,546 0,767 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 0,662 0,55 0,775 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D 0,664 0,55 0,778 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,663 0,551 0,776 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + CTLA4 0,658 0,547 0,769 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 0,662 0,549 0,774 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,659 0,544 0,774 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,665 0,552 0,778 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,657 0,545 0,768 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 0,664 0,544 0,783 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CD3D 0,662 0,543 0,782 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,66 0,544 0,777 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CTLA4 0,66 0,543 0,776 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 0,666 0,548 0,785 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,666 0,548 0,785 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,659 0,543 0,776 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,661 0,545 0,778 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,662 0,546 0,779 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,664 0,546 0,781 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,664 0,549 0,78 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,662 0,546 0,778 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 0,663 0,546 0,781 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,667 0,55 0,784 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,666 0,55 0,782 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,659 0,542 0,775 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + TAP2 0,661 0,549 0,772 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + TAP2 + CD3D 0,66 0,547 0,774 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,666 0,553 0,779 J3 / 4 CIITA + C3AR1 + CD74 + CD177 + TAP2 + CTLA4 0,66 0,549 0,771 J3 / 4 CIITA + C3AR1 + CD74 + CD3D 0,674 0,56 0,789 J3 / 4 CIITA + C3AR1 + CD74 + CD3D + CTLA4 0,672 0,56 0,784 J3 / 4 CIITA + C3AR1 + CD74 + CTLA4 0,663 0,553 0,773 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 0,675 0,561 0,79 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 + CD3D 0,672 0,559 0,786 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 + CD3D + CTLA4 0,672 0,559 0,784 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 + CTLA4 0,664 0,554 0,774 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 0,667 0,553 0,781 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D 0,667 0,552 0,782 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,668 0,555 0,782 J3 / 4 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 + CTLA4 0,658 0,548 0,768 J3 / 4 CIITA + C3AR1 + CD74 + IFNG 0,666 0,554 0,778 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 0,654 0,543 0,765 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CD3D 0,66 0,548 0,772 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CD3D + CTLA4 0,664 0,552 0,776 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CTLA4 0,655 0,544 0,767 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 0,657 0,547 0,768 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,659 0,546 0,771 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,663 0,551 0,775 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,654 0,544 0,764 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,655 0,546 0,765 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,657 0,546 0,768 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,66 0,549 0,771 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,654 0,544 0,763 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 0,662 0,543 0,781 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D 0,662 0,545 0,78 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,66 0,544 0,776 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,659 0,541 0,776 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,662 0,546 0,779 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,662 0,545 0,779 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,658 0,542 0,774 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,664 0,548 0,779 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,659 0,544 0,774 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,661 0,547 0,775 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,664 0,549 0,778 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,662 0,548 0,777 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 0,664 0,547 0,782 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,662 0,547 0,777 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,664 0,551 0,778 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,66 0,544 0,777 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 0,656 0,545 0,767 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D 0,661 0,551 0,772 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,664 0,553 0,774 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,653 0,543 0,764 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD3D 0,665 0,552 0,779 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CD3D + CTLA4 0,659 0,547 0,77 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CTLA4 0,664 0,554 0,775 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 0,658 0,546 0,769 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D 0,66 0,548 0,772 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,659 0,547 0,771 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + CTLA4 0,656 0,546 0,766 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 0,658 0,547 0,768 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,662 0,551 0,773 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,659 0,546 0,772 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,657 0,548 0,766 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 0,67 0,551 0,79 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CD3D 0,67 0,551 0,79 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,667 0,549 0,785 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CTLA4 0,666 0,548 0,784 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 0,666 0,549 0,783 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,667 0,55 0,785 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,667 0,55 0,783 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,664 0,548 0,78 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,665 0,549 0,781 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,667 0,55 0,784 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,665 0,548 0,781 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,663 0,547 0,778 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 0,67 0,552 0,789 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,668 0,55 0,785 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,668 0,552 0,784 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,665 0,548 0,782 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + TAP2 0,666 0,555 0,777 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + TAP2 + CD3D 0,668 0,557 0,779 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,664 0,552 0,776 J3 / 4 CIITA + C3AR1 + CD74 + IFNG + TAP2 + CTLA4 0,663 0,553 0,773 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 0,674 0,554 0,793 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CD3D 0,673 0,554 0,792 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CD3D + CTLA4 0,674 0,555 0,793 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CTLA4 0,669 0,552 0,787 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 0,674 0,554 0,794 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D 0,671 0,552 0,79 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,676 0,558 0,795 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + CTLA4 0,673 0,555 0,79 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 0,666 0,547 0,785 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,667 0,548 0,786 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,664 0,547 0,782 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,666 0,55 0,782 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + TAP2 0,667 0,549 0,786 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + TAP2 + CD3D 0,673 0,553 0,792 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,668 0,551 0,785 J3 / 4 CIITA + C3AR1 + CD74 + S100A9 + TAP2 + CTLA4 0,665 0,548 0,782 J3 / 4 CIITA + C3AR1 + CD74 + TAP2 0,67 0,559 0,782 J3 / 4 CIITA + C3AR1 + CD74 + TAP2 + CD3D 0,672 0,557 0,786 J3 / 4 CIITA + C3AR1 + CD74 + TAP2 + CD3D + CTLA4 0,67 0,556 0,783 J3 / 4 CIITA + C3AR1 + CD74 + TAP2 + CTLA4 0,663 0,554 0,772 J3 / 4 CIITA + C3AR1 + CTLA4 0,62 0,507 0,733 J3 / 4 CIITA + C3AR1 + CX3CR1 0,632 0,524 0,741 J3 / 4 CIITA + C3AR1 + CX3CR1 + CD3D 0,628 0,519 0,737 J3 / 4 CIITA + C3AR1 + CX3CR1 + CD3D + CTLA4 0,624 0,51 0,738 J3 / 4 CIITA + C3AR1 + CX3CR1 + CTLA4 0,621 0,508 0,734 J3 / 4 CIITA + C3AR1 + CX3CR1 + TAP2 0,641 0,526 0,757 J3 / 4 CIITA + C3AR1 + CX3CR1 + TAP2 + CD3D 0,64 0,52 0,76 J3 / 4 CIITA + C3AR1 + CX3CR1 + TAP2 + CD3D + CTLA4 0,634 0,513 0,756 J3 / 4 CIITA + C3AR1 + CX3CR1 + TAP2 + CTLA4 0,63 0,515 0,744 J3 / 4 CIITA + C3AR1 + IFNG 0,632 0,524 0,74 J3 / 4 CIITA + C3AR1 + IFNG + CD177 0,625 0,515 0,734 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CD3D 0,627 0,516 0,738 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CD3D + CTLA4 0,632 0,52 0,744 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CTLA4 0,617 0,509 0,725 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 0,625 0,513 0,737 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D 0,625 0,512 0,737 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,63 0,518 0,742 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + CTLA4 0,619 0,509 0,728 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 0,636 0,529 0,744 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,64 0,527 0,753 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,636 0,519 0,753 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,632 0,525 0,739 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 0,643 0,527 0,759 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CD3D 0,641 0,525 0,757 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,634 0,52 0,748 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CTLA4 0,633 0,519 0,747 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 0,647 0,53 0,763 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,642 0,526 0,758 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,635 0,52 0,749 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,631 0,518 0,744 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,644 0,53 0,757 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,644 0,53 0,759 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,642 0,528 0,757 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,638 0,528 0,748 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 0,649 0,538 0,761 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,647 0,535 0,76 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,646 0,532 0,76 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,639 0,529 0,75 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + TAP2 0,642 0,54 0,745 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + TAP2 + CD3D 0,644 0,534 0,754 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,636 0,519 0,753 J3 / 4 CIITA + C3AR1 + IFNG + CD177 + TAP2 + CTLA4 0,633 0,528 0,738 J3 / 4 CIITA + C3AR1 + IFNG + CD3D 0,634 0,527 0,74 J3 / 4 CIITA + C3AR1 + IFNG + CD3D + CTLA4 0,625 0,511 0,739 J3 / 4 CIITA + C3AR1 + IFNG + CTLA4 0,62 0,506 0,733 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 0,628 0,518 0,737 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 + CD3D 0,629 0,52 0,738 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 + CD3D + CTLA4 0,624 0,509 0,738 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 + CTLA4 0,618 0,504 0,732 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 0,641 0,526 0,756 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D 0,64 0,522 0,759 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,635 0,515 0,756 J3 / 4 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 + CTLA4 0,626 0,512 0,741 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 0,645 0,527 0,763 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CD3D 0,643 0,528 0,759 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CD3D + CTLA4 0,63 0,518 0,742 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CTLA4 0,629 0,516 0,741 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 0,64 0,522 0,758 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D 0,638 0,523 0,754 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,63 0,518 0,742 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + CTLA4 0,63 0,518 0,742 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 0,638 0,522 0,754 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,637 0,52 0,753 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,643 0,529 0,756 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,632 0,52 0,744 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + TAP2 0,65 0,537 0,763 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + TAP2 + CD3D 0,653 0,539 0,766 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,647 0,533 0,76 J3 / 4 CIITA + C3AR1 + IFNG + S100A9 + TAP2 + CTLA4 0,636 0,524 0,749 J3 / 4 CIITA + C3AR1 + IFNG + TAP2 0,652 0,545 0,759 J3 / 4 CIITA + C3AR1 + IFNG + TAP2 + CD3D 0,643 0,527 0,759 J3 / 4 CIITA + C3AR1 + IFNG + TAP2 + CD3D + CTLA4 0,635 0,514 0,756 J3 / 4 CIITA + C3AR1 + IFNG + TAP2 + CTLA4 0,626 0,513 0,74 J3 / 4 CIITA + C3AR1 + S100A9 0,641 0,524 0,759 J3 / 4 CIITA + C3AR1 + S100A9 + CD3D 0,634 0,519 0,75 J3 / 4 CIITA + C3AR1 + S100A9 + CD3D + CTLA4 0,633 0,52 0,745 J3 / 4 CIITA + C3AR1 + S100A9 + CTLA4 0,63 0,518 0,742 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 0,641 0,523 0,759 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 + CD3D 0,633 0,519 0,748 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 + CD3D + CTLA4 0,629 0,516 0,742 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 + CTLA4 0,628 0,516 0,741 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 0,636 0,519 0,752 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D 0,636 0,52 0,752 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,638 0,524 0,752 J3 / 4 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,639 0,528 0,75 J3 / 4 CIITA + C3AR1 + S100A9 + TAP2 0,65 0,538 0,763 J3 / 4 CIITA + C3AR1 + S100A9 + TAP2 + CD3D 0,649 0,536 0,761 J3 / 4 CIITA + C3AR1 + S100A9 + TAP2 + CD3D + CTLA4 0,642 0,528 0,757 J3 / 4 CIITA + C3AR1 + S100A9 + TAP2 + CTLA4 0,639 0,528 0,75 J3 / 4 CIITA + C3AR1 + TAP2 0,649 0,542 0,756 J3 / 4 CIITA + C3AR1 + TAP2 + CD3D 0,642 0,526 0,758 J3 / 4 CIITA + C3AR1 + TAP2 + CD3D + CTLA4 0,638 0,518 0,758 J3 / 4 CIITA + C3AR1 + TAP2 + CTLA4 0,63 0,518 0,742 J3 / 4 CIITA + CD177 + CD3D 0,605 0,495 0,715 J3 / 4 CIITA + CD177 + CD3D + CTLA4 0,611 0,5 0,722 J3 / 4 CIITA + CD177 + CTLA4 0,605 0,496 0,714 J3 / 4 CIITA + CD177 + CX3CR1 0,616 0,505 0,726 J3 / 4 CIITA + CD177 + CX3CR1 + CD3D 0,616 0,504 0,727 J3 / 4 CIITA + CD177 + CX3CR1 + CD3D + CTLA4 0,611 0,499 0,724 J3 / 4 CIITA + CD177 + CX3CR1 + CTLA4 0,617 0,507 0,727 J3 / 4 CIITA + CD177 + CX3CR1 + TAP2 0,62 0,508 0,732 J3 / 4 CIITA + CD177 + CX3CR1 + TAP2 + CD3D 0,618 0,503 0,732 J3 / 4 CIITA + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,613 0,497 0,73 J3 / 4 CIITA + CD177 + CX3CR1 + TAP2 + CTLA4 0,619 0,507 0,731 J3 / 4 CIITA + CD177 + S100A9 0,637 0,527 0,747 J3 / 4 CIITA + CD177 + S100A9 + CD3D 0,637 0,527 0,747 J3 / 4 CIITA + CD177 + S100A9 + CD3D + CTLA4 0,641 0,532 0,75 J3 / 4 CIITA + CD177 + S100A9 + CTLA4 0,634 0,525 0,744 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 0,641 0,527 0,755 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 + CD3D 0,64 0,528 0,753 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,638 0,527 0,749 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 + CTLA4 0,638 0,527 0,749 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 0,647 0,534 0,761 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,641 0,529 0,753 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,64 0,529 0,751 J3 / 4 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,639 0,528 0,75 J3 / 4 CIITA + CD177 + S100A9 + TAP2 0,637 0,527 0,747 J3 / 4 CIITA + CD177 + S100A9 + TAP2 + CD3D 0,638 0,528 0,747 J3 / 4 CIITA + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,641 0,532 0,75 J3 / 4 CIITA + CD177 + S100A9 + TAP2 + CTLA4 0,634 0,525 0,744 J3 / 4 CIITA + CD177 + TAP2 0,605 0,497 0,713 J3 / 4 CIITA + CD177 + TAP2 + CD3D 0,611 0,501 0,721 J3 / 4 CIITA + CD177 + TAP2 + CD3D + CTLA4 0,612 0,498 0,725 J3 / 4 CIITA + CD177 + TAP2 + CTLA4 0,605 0,496 0,714 J3 / 4 CIITA + CD3D 0,608 0,5 0,717 J3 / 4 CIITA + CD3D + CTLA4 0,609 0,499 0,719 J3 / 4 CIITA + IFNG 0,639 0,526 0,753 J3 / 4 CIITA + CD74 + CD177 0,64 0,526 0,754 J3 / 4 CIITA + CD74 + CD177 + CD3D 0,64 0,525 0,754 J3 / 4 CIITA + CD74 + CD177 + CD3D + CTLA4 0,637 0,522 0,752 J3 / 4 CIITA + CD74 + CD177 + CTLA4 0,64 0,527 0,753 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 0,642 0,527 0,756 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 + CD3D 0,64 0,525 0,755 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,638 0,524 0,753 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 + CTLA4 0,641 0,528 0,755 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 + TAP2 0,643 0,528 0,758 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,642 0,524 0,76 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,642 0,524 0,76 J3 / 4 CIITA + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,642 0,527 0,757 J3 / 4 CIITA + CD74 + CD177 + S100A9 0,651 0,531 0,772 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CD3D 0,651 0,53 0,772 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,647 0,526 0,767 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CTLA4 0,65 0,529 0,77 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 0,647 0,527 0,767 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,651 0,53 0,771 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,648 0,528 0,769 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,648 0,527 0,769 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,653 0,53 0,776 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,653 0,529 0,776 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,648 0,526 0,771 J3 / 4 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,651 0,528 0,774 J3 / 4 CIITA + CD74 + CD177 + S100A9 + TAP2 0,653 0,533 0,773 J3 / 4 CIITA + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,653 0,532 0,774 J3 / 4 CIITA + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,648 0,528 0,769 J3 / 4 CIITA + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,653 0,533 0,774 J3 / 4 CIITA + CD74 + CD177 + TAP2 0,647 0,533 0,76 J3 / 4 CIITA + CD74 + CD177 + TAP2 + CD3D 0,641 0,523 0,759 J3 / 4 CIITA + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,64 0,522 0,758 J3 / 4 CIITA + CD74 + CD177 + TAP2 + CTLA4 0,645 0,532 0,757 J3 / 4 CIITA + CD74 + CD3D 0,643 0,532 0,754 J3 / 4 CIITA + CD74 + CD3D + CTLA4 0,636 0,527 0,745 J3 / 4 CIITA + CD74 + CTLA4 0,64 0,532 0,748 J3 / 4 CIITA + CD74 + CX3CR1 0,638 0,526 0,751 J3 / 4 CIITA + CD74 + CX3CR1 + CD3D 0,641 0,531 0,751 J3 / 4 CIITA + CD74 + CX3CR1 + CD3D + CTLA4 0,636 0,529 0,744 J3 / 4 CIITA + CD74 + CX3CR1 + CTLA4 0,636 0,529 0,744 J3 / 4 CIITA + CD74 + CX3CR1 + TAP2 0,651 0,537 0,765 J3 / 4 CIITA + CD74 + CX3CR1 + TAP2 + CD3D 0,651 0,537 0,765 J3 / 4 CIITA + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,642 0,53 0,755 J3 / 4 CIITA + CD74 + CX3CR1 + TAP2 + CTLA4 0,638 0,527 0,75 J3 / 4 CIITA + CD74 + IFNG 0,644 0,533 0,755 J3 / 4 CIITA + CD74 + IFNG + CD177 0,646 0,534 0,757 J3 / 4 CIITA + CD74 + IFNG + CD177 + CD3D 0,65 0,537 0,763 J3 / 4 CIITA + CD74 + IFNG + CD177 + CD3D + CTLA4 0,649 0,537 0,761 J3 / 4 CIITA + CD74 + IFNG + CD177 + CTLA4 0,643 0,532 0,755 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 0,641 0,529 0,752 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,645 0,532 0,757 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,647 0,535 0,758 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,64 0,529 0,751 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,646 0,534 0,758 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,647 0,533 0,76 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,646 0,532 0,76 J3 / 4 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,648 0,536 0,76 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 0,647 0,529 0,766 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CD3D 0,648 0,53 0,767 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,648 0,529 0,766 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,649 0,53 0,768 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,653 0,535 0,771 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,653 0,536 0,771 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,653 0,535 0,771 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,654 0,536 0,772 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,654 0,537 0,771 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,657 0,539 0,774 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,654 0,538 0,771 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,653 0,536 0,77 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 0,652 0,533 0,771 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,652 0,534 0,77 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,653 0,536 0,771 J3 / 4 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,65 0,531 0,769 J3 / 4 CIITA + CD74 + IFNG + CD177 + TAP2 0,648 0,537 0,759 J3 / 4 CIITA + CD74 + IFNG + CD177 + TAP2 + CD3D 0,649 0,537 0,761 J3 / 4 CIITA + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,648 0,536 0,759 J3 / 4 CIITA + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,647 0,537 0,757 J3 / 4 CIITA + CD74 + IFNG + CD3D 0,645 0,533 0,756 J3 / 4 CIITA + CD74 + IFNG + CD3D + CTLA4 0,638 0,53 0,746 J3 / 4 CIITA + CD74 + IFNG + CTLA4 0,642 0,535 0,75 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 0,64 0,53 0,75 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 + CD3D 0,64 0,53 0,749 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,638 0,532 0,745 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 + CTLA4 0,641 0,535 0,748 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 + TAP2 0,642 0,535 0,75 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,644 0,535 0,752 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,641 0,534 0,748 J3 / 4 CIITA + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,646 0,54 0,752 J3 / 4 CIITA + CD74 + IFNG + S100A9 0,653 0,535 0,771 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CD3D 0,656 0,537 0,774 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,653 0,535 0,772 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CTLA4 0,656 0,537 0,775 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 0,652 0,535 0,77 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,658 0,54 0,776 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,654 0,537 0,771 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,655 0,538 0,771 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,657 0,539 0,774 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,659 0,541 0,776 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,657 0,54 0,775 J3 / 4 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,657 0,54 0,775 J3 / 4 CIITA + CD74 + IFNG + S100A9 + TAP2 0,656 0,538 0,774 J3 / 4 CIITA + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,656 0,538 0,773 J3 / 4 CIITA + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,653 0,535 0,771 J3 / 4 CIITA + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,657 0,538 0,775 J3 / 4 CIITA + CD74 + IFNG + TAP2 0,648 0,539 0,757 J3 / 4 CIITA + CD74 + IFNG + TAP2 + CD3D 0,644 0,534 0,754 J3 / 4 CIITA + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,644 0,537 0,751 J3 / 4 CIITA + CD74 + IFNG + TAP2 + CTLA4 0,645 0,538 0,752 J3 / 4 CIITA + CD74 + S100A9 0,662 0,54 0,784 J3 / 4 CIITA + CD74 + S100A9 + CD3D 0,663 0,542 0,785 J3 / 4 CIITA + CD74 + S100A9 + CD3D + CTLA4 0,658 0,536 0,779 J3 / 4 CIITA + CD74 + S100A9 + CTLA4 0,656 0,535 0,777 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 0,659 0,536 0,781 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 + CD3D 0,661 0,541 0,781 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,656 0,536 0,777 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 + CTLA4 0,652 0,532 0,773 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 0,658 0,536 0,781 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,658 0,536 0,78 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,654 0,534 0,775 J3 / 4 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,654 0,534 0,775 J3 / 4 CIITA + CD74 + S100A9 + TAP2 0,659 0,538 0,78 J3 / 4 CIITA + CD74 + S100A9 + TAP2 + CD3D 0,658 0,537 0,779 J3 / 4 CIITA + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,659 0,539 0,779 J3 / 4 CIITA + CD74 + S100A9 + TAP2 + CTLA4 0,66 0,539 0,781 J3 / 4 CIITA + CD74 + TAP2 0,653 0,541 0,765 J3 / 4 CIITA + CD74 + TAP2 + CD3D 0,65 0,536 0,763 J3 / 4 CIITA + CD74 + TAP2 + CD3D + CTLA4 0,646 0,535 0,756 J3 / 4 CIITA + CD74 + TAP2 + CTLA4 0,646 0,537 0,755 J3 / 4 CIITA + CTLA4 0,607 0,497 0,718 J3 / 4 CIITA + CX3CR1 0,613 0,505 0,721 J3 / 4 CIITA + CX3CR1 + CD3D 0,625 0,518 0,732 J3 / 4 CIITA + CX3CR1 + CD3D + CTLA4 0,625 0,519 0,732 J3 / 4 CIITA + CX3CR1 + CTLA4 0,626 0,519 0,732 J3 / 4 CIITA + CX3CR1 + TAP2 0,615 0,502 0,728 J3 / 4 CIITA + CX3CR1 + TAP2 + CD3D 0,621 0,511 0,732 J3 / 4 CIITA + CX3CR1 + TAP2 + CD3D + CTLA4 0,627 0,515 0,738 J3 / 4 CIITA + CX3CR1 + TAP2 + CTLA4 0,626 0,514 0,738 J3 / 4 CIITA + IFNG + CD177 0,609 0,5 0,717 J3 / 4 CIITA + IFNG + CD177 + CD3D 0,607 0,496 0,718 J3 / 4 CIITA + IFNG + CD177 + CD3D + CTLA4 0,61 0,497 0,722 J3 / 4 CIITA + IFNG + CD177 + CTLA4 0,61 0,5 0,72 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 0,614 0,502 0,726 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 + CD3D 0,615 0,503 0,726 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,613 0,5 0,726 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 + CTLA4 0,615 0,503 0,727 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 + TAP2 0,62 0,506 0,734 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,617 0,502 0,732 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,611 0,493 0,729 J3 / 4 CIITA + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,613 0,498 0,727 J3 / 4 CIITA + IFNG + CD177 + S100A9 0,649 0,533 0,766 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CD3D 0,646 0,529 0,763 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,639 0,524 0,753 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CTLA4 0,638 0,524 0,753 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 0,646 0,527 0,764 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,643 0,525 0,76 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,637 0,521 0,753 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,638 0,522 0,754 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,651 0,534 0,769 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,645 0,526 0,763 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,64 0,524 0,756 J3 / 4 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,64 0,524 0,756 J3 / 4 CIITA + IFNG + CD177 + S100A9 + TAP2 0,649 0,533 0,765 J3 / 4 CIITA + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,644 0,526 0,761 J3 / 4 CIITA + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,637 0,523 0,752 J3 / 4 CIITA + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,637 0,522 0,751 J3 / 4 CIITA + IFNG + CD177 + TAP2 0,614 0,504 0,724 J3 / 4 CIITA + IFNG + CD177 + TAP2 + CD3D 0,608 0,496 0,721 J3 / 4 CIITA + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,609 0,493 0,725 J3 / 4 CIITA + IFNG + CD177 + TAP2 + CTLA4 0,608 0,497 0,719 J3 / 4 CIITA + IFNG + CD3D 0,606 0,499 0,714 J3 / 4 CIITA + IFNG + CD3D + CTLA4 0,605 0,495 0,714 J3 / 4 CIITA + IFNG + CTLA4 0,604 0,495 0,713 J3 / 4 CIITA + IFNG + CX3CR1 0,615 0,506 0,723 J3 / 4 CIITA + IFNG + CX3CR1 + CD3D 0,613 0,507 0,72 J3 / 4 CIITA + IFNG + CX3CR1 + CD3D + CTLA4 0,616 0,509 0,722 J3 / 4 CIITA + IFNG + CX3CR1 + CTLA4 0,614 0,506 0,721 J3 / 4 CIITA + IFNG + CX3CR1 + TAP2 0,61 0,495 0,725 J3 / 4 CIITA + IFNG + CX3CR1 + TAP2 + CD3D 0,615 0,504 0,727 J3 / 4 CIITA + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,612 0,499 0,725 J3 / 4 CIITA + IFNG + CX3CR1 + TAP2 + CTLA4 0,612 0,497 0,726 J3 / 4 CIITA + IFNG + S100A9 0,635 0,519 0,75 J3 / 4 CIITA + IFNG + S100A9 + CD3D 0,636 0,519 0,753 J3 / 4 CIITA + IFNG + S100A9 + CD3D + CTLA4 0,63 0,515 0,745 J3 / 4 CIITA + IFNG + S100A9 + CTLA4 0,628 0,514 0,742 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 0,636 0,52 0,753 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 + CD3D 0,638 0,521 0,754 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,636 0,521 0,751 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 + CTLA4 0,631 0,517 0,746 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 0,634 0,517 0,751 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,635 0,518 0,752 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,632 0,516 0,748 J3 / 4 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,63 0,515 0,745 J3 / 4 CIITA + IFNG + S100A9 + TAP2 0,635 0,519 0,752 J3 / 4 CIITA + IFNG + S100A9 + TAP2 + CD3D 0,638 0,522 0,754 J3 / 4 CIITA + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,629 0,514 0,744 J3 / 4 CIITA + IFNG + S100A9 + TAP2 + CTLA4 0,631 0,517 0,746 J3 / 4 CIITA + IFNG + TAP2 0,603 0,494 0,713 J3 / 4 CIITA + IFNG + TAP2 + CD3D 0,608 0,499 0,717 J3 / 4 CIITA + IL1R2 0,619 0,505 0,733 J3 / 4 CIITA + IL1R2 + C3AR1 0,644 0,537 0,751 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 0,628 0,518 0,738 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CD3D 0,629 0,515 0,742 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CD3D + CTLA4 0,636 0,523 0,749 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CTLA4 0,62 0,508 0,731 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 0,634 0,519 0,749 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + CD3D 0,633 0,517 0,749 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + CD3D + CTLA4 0,638 0,525 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + CTLA4 0,621 0,509 0,732 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 0,637 0,528 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D 0,641 0,526 0,756 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,635 0,518 0,753 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 + CTLA4 0,63 0,522 0,738 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 0,645 0,529 0,76 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CD3D 0,64 0,525 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CD3D + CTLA4 0,632 0,52 0,745 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CTLA4 0,63 0,517 0,742 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 0,649 0,532 0,766 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D 0,639 0,524 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,634 0,521 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + CTLA4 0,627 0,513 0,741 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 0,646 0,533 0,76 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,645 0,53 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,643 0,529 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,637 0,527 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 0,643 0,533 0,754 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 + CD3D 0,647 0,536 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,647 0,534 0,76 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 + CTLA4 0,639 0,53 0,748 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 0,644 0,541 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 + CD3D 0,647 0,537 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 + CD3D + CTLA4 0,636 0,519 0,753 J3 / 4 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 + CTLA4 0,632 0,526 0,739 J3 / 4 CIITA + IL1R2 + C3AR1 + CD3D 0,644 0,537 0,751 J3 / 4 CIITA + IL1R2 + C3AR1 + CD3D + CTLA4 0,635 0,522 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 0,672 0,559 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 0,669 0,557 0,781 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CD3D 0,67 0,557 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CD3D + CTLA4 0,665 0,554 0,776 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CTLA4 0,662 0,552 0,772 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 0,671 0,559 0,782 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D 0,67 0,558 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,664 0,553 0,775 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + CTLA4 0,661 0,551 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 0,664 0,553 0,775 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,666 0,555 0,778 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,668 0,555 0,78 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,662 0,554 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 0,675 0,554 0,795 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CD3D 0,673 0,554 0,793 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,67 0,552 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CTLA4 0,669 0,551 0,786 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 0,675 0,556 0,795 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,673 0,554 0,793 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,669 0,551 0,786 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,668 0,55 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,669 0,551 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,668 0,549 0,786 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,671 0,553 0,789 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,668 0,551 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 0,671 0,553 0,789 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,67 0,552 0,788 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,671 0,553 0,789 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,668 0,551 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 0,667 0,556 0,777 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 + CD3D 0,666 0,555 0,777 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,668 0,556 0,779 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 + CTLA4 0,662 0,554 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD3D 0,672 0,56 0,784 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CD3D + CTLA4 0,671 0,56 0,782 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CTLA4 0,666 0,557 0,776 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 0,674 0,561 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + CD3D 0,673 0,561 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + CD3D + CTLA4 0,671 0,559 0,782 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + CTLA4 0,666 0,557 0,776 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 0,67 0,558 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D 0,668 0,555 0,782 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,669 0,557 0,782 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 + CTLA4 0,664 0,555 0,774 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG 0,66 0,545 0,774 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 0,66 0,55 0,769 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CD3D 0,665 0,555 0,774 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CD3D + CTLA4 0,664 0,556 0,773 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CTLA4 0,661 0,551 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 0,66 0,549 0,77 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,665 0,555 0,775 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,664 0,556 0,773 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,663 0,554 0,772 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,662 0,552 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,667 0,558 0,775 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,666 0,557 0,775 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,66 0,552 0,769 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 0,665 0,549 0,781 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D 0,664 0,548 0,781 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,663 0,546 0,779 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,661 0,544 0,778 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,664 0,548 0,779 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,664 0,548 0,78 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,663 0,548 0,778 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,661 0,545 0,777 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,666 0,55 0,782 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,669 0,554 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,67 0,556 0,784 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,669 0,552 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 0,667 0,551 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,668 0,552 0,784 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,67 0,555 0,784 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,665 0,548 0,781 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 0,665 0,556 0,774 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D 0,662 0,554 0,77 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,666 0,557 0,775 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,661 0,552 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD3D 0,66 0,545 0,775 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD3D + CTLA4 0,659 0,547 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CTLA4 0,66 0,549 0,771 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 0,659 0,546 0,772 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D 0,659 0,547 0,772 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,662 0,55 0,773 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + CTLA4 0,659 0,55 0,769 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 0,667 0,557 0,776 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,665 0,554 0,776 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,662 0,552 0,772 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,662 0,554 0,769 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 0,669 0,55 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CD3D 0,669 0,551 0,788 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,664 0,546 0,782 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CTLA4 0,667 0,549 0,784 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 0,669 0,551 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,665 0,547 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,665 0,548 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,668 0,55 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,669 0,551 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,669 0,552 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,668 0,551 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,667 0,549 0,784 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 0,668 0,55 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,669 0,551 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,668 0,551 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,667 0,548 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 0,663 0,553 0,773 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 + CD3D 0,668 0,557 0,778 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,666 0,556 0,776 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 + CTLA4 0,662 0,555 0,769 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 0,676 0,557 0,795 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CD3D 0,672 0,553 0,79 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CD3D + CTLA4 0,668 0,551 0,785 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CTLA4 0,669 0,552 0,786 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 0,676 0,557 0,796 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D 0,674 0,555 0,793 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,666 0,549 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + CTLA4 0,666 0,549 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 0,673 0,552 0,794 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,673 0,553 0,794 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,669 0,55 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,67 0,551 0,788 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 0,675 0,554 0,796 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 + CD3D 0,673 0,553 0,793 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,669 0,55 0,787 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 + CTLA4 0,668 0,549 0,786 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 0,669 0,557 0,781 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 + CD3D 0,67 0,557 0,783 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 + CD3D + CTLA4 0,667 0,554 0,78 J3 / 4 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 + CTLA4 0,665 0,557 0,774 J3 / 4 CIITA + IL1R2 + C3AR1 + CTLA4 0,618 0,504 0,732 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 0,647 0,54 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 + CD3D 0,642 0,534 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 + CD3D + CTLA4 0,634 0,521 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 + CTLA4 0,625 0,513 0,736 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 0,639 0,523 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 + CD3D 0,643 0,524 0,762 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 + CD3D + CTLA4 0,637 0,518 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 + CTLA4 0,631 0,519 0,744 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG 0,643 0,536 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 0,628 0,518 0,738 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CD3D 0,627 0,514 0,74 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CD3D + CTLA4 0,636 0,523 0,749 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CTLA4 0,62 0,509 0,731 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 0,632 0,517 0,748 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D 0,635 0,519 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,636 0,524 0,749 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + CTLA4 0,621 0,509 0,732 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 0,634 0,524 0,744 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,641 0,527 0,756 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,637 0,52 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,629 0,521 0,738 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 0,644 0,529 0,76 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CD3D 0,64 0,525 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,635 0,521 0,748 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CTLA4 0,632 0,52 0,744 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 0,647 0,53 0,764 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,639 0,524 0,754 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,635 0,522 0,748 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,629 0,516 0,741 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,646 0,532 0,76 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,645 0,531 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,643 0,529 0,758 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,64 0,53 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 0,645 0,533 0,756 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,644 0,532 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,644 0,529 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,637 0,526 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 0,643 0,539 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 + CD3D 0,646 0,536 0,756 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,636 0,52 0,753 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 + CTLA4 0,631 0,524 0,737 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD3D 0,643 0,536 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CD3D + CTLA4 0,632 0,518 0,746 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CTLA4 0,62 0,506 0,735 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 0,646 0,538 0,754 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + CD3D 0,644 0,538 0,751 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + CD3D + CTLA4 0,635 0,522 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + CTLA4 0,625 0,513 0,737 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 0,643 0,528 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D 0,64 0,521 0,758 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,637 0,518 0,756 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 + CTLA4 0,631 0,518 0,745 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 0,645 0,529 0,762 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CD3D 0,641 0,525 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CD3D + CTLA4 0,635 0,524 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CTLA4 0,63 0,518 0,742 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 0,639 0,521 0,756 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D 0,635 0,52 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,635 0,524 0,746 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + CTLA4 0,636 0,525 0,746 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 0,64 0,525 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,639 0,524 0,755 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,644 0,531 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,639 0,527 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 0,647 0,534 0,76 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 + CD3D 0,65 0,537 0,763 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,646 0,533 0,758 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 + CTLA4 0,636 0,526 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 0,648 0,54 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 + CD3D 0,649 0,534 0,765 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 + CD3D + CTLA4 0,641 0,522 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 + CTLA4 0,626 0,512 0,74 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 0,645 0,529 0,762 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CD3D 0,635 0,52 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CD3D + CTLA4 0,635 0,523 0,747 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CTLA4 0,63 0,519 0,742 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 0,644 0,526 0,762 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + CD3D 0,635 0,52 0,75 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + CD3D + CTLA4 0,633 0,522 0,744 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + CTLA4 0,632 0,522 0,743 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 0,639 0,523 0,754 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D 0,638 0,523 0,754 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,643 0,531 0,756 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,642 0,531 0,752 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 0,644 0,531 0,757 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 + CD3D 0,647 0,535 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 + CD3D + CTLA4 0,646 0,533 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 + CTLA4 0,636 0,526 0,746 J3 / 4 CIITA + IL1R2 + C3AR1 + TAP2 0,646 0,538 0,753 J3 / 4 CIITA + IL1R2 + C3AR1 + TAP2 + CD3D 0,649 0,533 0,765 J3 / 4 CIITA + IL1R2 + C3AR1 + TAP2 + CD3D + CTLA4 0,641 0,523 0,759 J3 / 4 CIITA + IL1R2 + C3AR1 + TAP2 + CTLA4 0,625 0,512 0,738 J3 / 4 CIITA + IL1R2 + CD177 0,609 0,494 0,724 J3 / 4 CIITA + IL1R2 + CD177 + CD3D 0,611 0,494 0,727 J3 / 4 CIITA + IL1R2 + CD177 + CD3D + CTLA4 0,613 0,494 0,733 J3 / 4 CIITA + IL1R2 + CD177 + CTLA4 0,606 0,488 0,724 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 0,613 0,494 0,732 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 + CD3D 0,615 0,496 0,734 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 + CD3D + CTLA4 0,612 0,492 0,732 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 + CTLA4 0,608 0,491 0,726 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 0,619 0,503 0,735 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 + CD3D 0,625 0,503 0,746 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,62 0,497 0,743 J3 / 4 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 + CTLA4 0,612 0,496 0,728 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 0,625 0,508 0,742 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CD3D 0,628 0,511 0,745 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CD3D + CTLA4 0,625 0,508 0,741 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CTLA4 0,623 0,506 0,74 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 0,631 0,512 0,75 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + CD3D 0,623 0,504 0,741 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,625 0,509 0,741 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + CTLA4 0,624 0,508 0,74 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 0,634 0,517 0,751 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,636 0,519 0,753 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,635 0,519 0,75 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,629 0,516 0,742 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + TAP2 0,634 0,522 0,746 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + TAP2 + CD3D 0,643 0,53 0,755 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,637 0,522 0,752 J3 / 4 CIITA + IL1R2 + CD177 + S100A9 + TAP2 + CTLA4 0,628 0,515 0,74 J3 / 4 CIITA + IL1R2 + CD177 + TAP2 0,622 0,513 0,731 J3 / 4 CIITA + IL1R2 + CD177 + TAP2 + CD3D 0,628 0,513 0,742 J3 / 4 CIITA + IL1R2 + CD177 + TAP2 + CD3D + CTLA4 0,619 0,498 0,741 J3 / 4 CIITA + IL1R2 + CD177 + TAP2 + CTLA4 0,616 0,503 0,729 J3 / 4 CIITA + IL1R2 + CD3D 0,62 0,504 0,737 J3 / 4 CIITA + IL1R2 + CD3D + CTLA4 0,615 0,499 0,731 J3 / 4 CIITA + IL1R2 + CD74 0,641 0,527 0,754 J3 / 4 CIITA + IL1R2 + CD74 + CD177 0,64 0,526 0,753 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CD3D 0,639 0,525 0,753 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CD3D + CTLA4 0,64 0,525 0,755 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CTLA4 0,639 0,525 0,753 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 0,638 0,524 0,752 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + CD3D 0,638 0,524 0,752 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,64 0,526 0,754 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + CTLA4 0,641 0,527 0,754 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 0,642 0,526 0,758 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,643 0,526 0,761 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,646 0,528 0,763 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,643 0,527 0,758 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 0,652 0,529 0,776 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CD3D 0,656 0,532 0,779 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,648 0,526 0,771 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CTLA4 0,647 0,525 0,769 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 0,652 0,528 0,775 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,652 0,529 0,775 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,648 0,526 0,771 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,645 0,523 0,766 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,656 0,532 0,779 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,655 0,531 0,779 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,653 0,53 0,776 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,653 0,53 0,777 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 0,656 0,533 0,778 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,656 0,533 0,779 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,653 0,531 0,776 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,652 0,529 0,775 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + TAP2 0,645 0,531 0,758 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + TAP2 + CD3D 0,642 0,525 0,759 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,642 0,524 0,759 J3 / 4 CIITA + IL1R2 + CD74 + CD177 + TAP2 + CTLA4 0,645 0,531 0,758 J3 / 4 CIITA + IL1R2 + CD74 + CD3D 0,642 0,531 0,753 J3 / 4 CIITA + IL1R2 + CD74 + CD3D + CTLA4 0,636 0,527 0,745 J3 / 4 CIITA + IL1R2 + CD74 + CTLA4 0,64 0,531 0,748 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 0,638 0,525 0,751 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 + CD3D 0,64 0,53 0,75 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 + CD3D + CTLA4 0,636 0,528 0,743 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 + CTLA4 0,636 0,528 0,744 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 0,651 0,536 0,765 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 + CD3D 0,651 0,537 0,766 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,643 0,531 0,755 J3 / 4 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 + CTLA4 0,639 0,528 0,75 J3 / 4 CIITA + IL1R2 + CD74 + IFNG 0,644 0,534 0,755 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 0,645 0,533 0,756 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CD3D 0,652 0,54 0,765 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CD3D + CTLA4 0,652 0,54 0,763 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CTLA4 0,643 0,531 0,754 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 0,644 0,533 0,755 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,649 0,537 0,761 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,646 0,535 0,757 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,642 0,531 0,753 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,645 0,533 0,757 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,648 0,534 0,763 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,646 0,532 0,759 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,645 0,532 0,757 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 0,653 0,534 0,771 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CD3D 0,652 0,533 0,77 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,651 0,531 0,77 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,65 0,53 0,769 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,653 0,535 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,652 0,534 0,771 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,651 0,533 0,77 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,651 0,532 0,769 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,654 0,537 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,653 0,535 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,654 0,536 0,773 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,654 0,536 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 0,655 0,537 0,773 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,651 0,533 0,769 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,653 0,535 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,656 0,537 0,774 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 0,646 0,534 0,758 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 + CD3D 0,646 0,533 0,759 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,646 0,533 0,759 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,647 0,535 0,76 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD3D 0,644 0,534 0,755 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CD3D + CTLA4 0,637 0,529 0,745 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CTLA4 0,643 0,536 0,75 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 0,641 0,531 0,751 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + CD3D 0,64 0,53 0,749 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,639 0,532 0,746 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + CTLA4 0,641 0,535 0,747 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 0,642 0,534 0,749 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,643 0,535 0,752 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,641 0,533 0,748 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,646 0,54 0,751 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 0,649 0,532 0,767 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CD3D 0,653 0,536 0,77 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,649 0,533 0,766 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CTLA4 0,648 0,531 0,765 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 0,648 0,53 0,766 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,653 0,536 0,77 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,654 0,537 0,771 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,65 0,533 0,767 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,654 0,536 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,653 0,535 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,654 0,536 0,772 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,654 0,537 0,771 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 0,653 0,536 0,771 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,655 0,537 0,773 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,649 0,532 0,766 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,649 0,531 0,766 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + TAP2 0,649 0,541 0,758 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + TAP2 + CD3D 0,644 0,535 0,754 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,646 0,538 0,753 J3 / 4 CIITA + IL1R2 + CD74 + IFNG + TAP2 + CTLA4 0,645 0,538 0,752 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 0,657 0,534 0,781 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CD3D 0,656 0,536 0,777 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CD3D + CTLA4 0,659 0,538 0,781 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CTLA4 0,653 0,532 0,774 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 0,655 0,531 0,778 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + CD3D 0,661 0,539 0,782 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,656 0,535 0,778 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + CTLA4 0,653 0,531 0,774 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 0,657 0,533 0,781 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,658 0,535 0,781 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,659 0,535 0,782 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,654 0,532 0,776 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + TAP2 0,657 0,536 0,779 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + TAP2 + CD3D 0,656 0,534 0,778 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,657 0,535 0,779 J3 / 4 CIITA + IL1R2 + CD74 + S100A9 + TAP2 + CTLA4 0,658 0,536 0,779 J3 / 4 CIITA + IL1R2 + CD74 + TAP2 0,652 0,539 0,765 J3 / 4 CIITA + IL1R2 + CD74 + TAP2 + CD3D 0,652 0,538 0,765 J3 / 4 CIITA + IL1R2 + CD74 + TAP2 + CD3D + CTLA4 0,646 0,535 0,756 J3 / 4 CIITA + IL1R2 + CD74 + TAP2 + CTLA4 0,646 0,537 0,755 J3 / 4 CIITA + IL1R2 + CTLA4 0,607 0,486 0,728 J3 / 4 CIITA + IL1R2 + CX3CR1 0,628 0,515 0,741 J3 / 4 CIITA + IL1R2 + CX3CR1 + CD3D 0,628 0,513 0,744 J3 / 4 CIITA + IL1R2 + CX3CR1 + CD3D + CTLA4 0,627 0,513 0,741 J3 / 4 CIITA + IL1R2 + CX3CR1 + CTLA4 0,624 0,508 0,741 J3 / 4 CIITA + IL1R2 + CX3CR1 + TAP2 0,63 0,509 0,751 J3 / 4 CIITA + IL1R2 + CX3CR1 + TAP2 + CD3D 0,629 0,508 0,751 J3 / 4 CIITA + IL1R2 + CX3CR1 + TAP2 + CD3D + CTLA4 0,633 0,512 0,754 J3 / 4 CIITA + IL1R2 + CX3CR1 + TAP2 + CTLA4 0,63 0,512 0,748 J3 / 4 CIITA + IL1R2 + IFNG 0,616 0,5 0,731 J3 / 4 CIITA + IL1R2 + IFNG + CD177 0,609 0,494 0,724 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CD3D 0,611 0,495 0,728 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CD3D + CTLA4 0,613 0,494 0,732 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CTLA4 0,608 0,491 0,725 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 0,617 0,499 0,735 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + CD3D 0,618 0,5 0,736 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,611 0,491 0,731 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + CTLA4 0,608 0,491 0,726 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 0,621 0,506 0,736 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,628 0,509 0,748 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,62 0,497 0,742 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,615 0,5 0,73 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 0,626 0,508 0,743 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CD3D 0,629 0,511 0,746 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,623 0,507 0,739 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CTLA4 0,619 0,502 0,736 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 0,63 0,513 0,748 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,622 0,504 0,739 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,625 0,509 0,742 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,623 0,507 0,739 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,635 0,519 0,751 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,637 0,522 0,753 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,631 0,516 0,747 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,629 0,516 0,742 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + TAP2 0,634 0,522 0,747 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,642 0,529 0,755 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,635 0,52 0,75 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,631 0,518 0,744 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + TAP2 0,619 0,51 0,729 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + TAP2 + CD3D 0,627 0,512 0,741 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,619 0,498 0,741 J3 / 4 CIITA + IL1R2 + IFNG + CD177 + TAP2 + CTLA4 0,609 0,495 0,723 J3 / 4 CIITA + IL1R2 + IFNG + CD3D 0,619 0,503 0,735 J3 / 4 CIITA + IL1R2 + IFNG + CD3D + CTLA4 0,614 0,498 0,731 J3 / 4 CIITA + IL1R2 + IFNG + CTLA4 0,605 0,485 0,726 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 0,632 0,52 0,744 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 + CD3D 0,634 0,522 0,747 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 + CD3D + CTLA4 0,632 0,518 0,747 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 + CTLA4 0,631 0,516 0,746 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 + TAP2 0,634 0,516 0,753 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 + TAP2 + CD3D 0,635 0,517 0,754 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,634 0,515 0,754 J3 / 4 CIITA + IL1R2 + IFNG + CX3CR1 + TAP2 + CTLA4 0,629 0,512 0,747 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 0,634 0,519 0,749 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CD3D 0,624 0,507 0,741 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CD3D + CTLA4 0,621 0,506 0,736 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CTLA4 0,622 0,509 0,736 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 0,635 0,521 0,75 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 + CD3D 0,622 0,506 0,737 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,625 0,512 0,738 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 + CTLA4 0,627 0,515 0,738 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 + TAP2 0,631 0,517 0,744 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,635 0,522 0,747 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,632 0,521 0,743 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,633 0,523 0,744 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + TAP2 0,628 0,517 0,739 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + TAP2 + CD3D 0,63 0,519 0,741 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,633 0,522 0,744 J3 / 4 CIITA + IL1R2 + IFNG + S100A9 + TAP2 + CTLA4 0,631 0,519 0,743 J3 / 4 CIITA + IL1R2 + IFNG + TAP2 0,638 0,523 0,754 J3 / 4 CIITA + IL1R2 + IFNG + TAP2 + CD3D 0,645 0,529 0,761 J3 / 4 CIITA + IL1R2 + IFNG + TAP2 + CD3D + CTLA4 0,627 0,507 0,748 J3 / 4 CIITA + IL1R2 + IFNG + TAP2 + CTLA4 0,618 0,498 0,739 J3 / 4 CIITA + IL1R2 + S100A9 0,634 0,518 0,75 J3 / 4 CIITA + IL1R2 + S100A9 + CD3D 0,624 0,507 0,741 J3 / 4 CIITA + IL1R2 + S100A9 + CD3D + CTLA4 0,627 0,513 0,742 J3 / 4 CIITA + IL1R2 + S100A9 + CTLA4 0,627 0,513 0,741 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 0,634 0,518 0,75 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 + CD3D 0,623 0,507 0,738 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 + CD3D + CTLA4 0,626 0,513 0,739 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 + CTLA4 0,627 0,515 0,739 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 + TAP2 0,633 0,518 0,748 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 + TAP2 + CD3D 0,634 0,52 0,748 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,632 0,521 0,743 J3 / 4 CIITA + IL1R2 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,634 0,524 0,745 J3 / 4 CIITA + IL1R2 + S100A9 + TAP2 0,633 0,522 0,744 J3 / 4 CIITA + IL1R2 + S100A9 + TAP2 + CD3D 0,633 0,522 0,744 J3 / 4 CIITA + IL1R2 + S100A9 + TAP2 + CD3D + CTLA4 0,634 0,524 0,744 J3 / 4 CIITA + IL1R2 + S100A9 + TAP2 + CTLA4 0,63 0,52 0,74 J3 / 4 CIITA + IL1R2 + TAP2 0,641 0,527 0,755 J3 / 4 CIITA + IL1R2 + TAP2 + CD3D 0,645 0,529 0,761 J3 / 4 CIITA + IL1R2 + TAP2 + CD3D + CTLA4 0,629 0,509 0,75 J3 / 4 CIITA + IL1R2 + TAP2 + CTLA4 0,628 0,509 0,747 J3 / 4 CIITA + S100A9 0,639 0,53 0,748 J3 / 4 CIITA + S100A9 + CD3D 0,636 0,527 0,745 J3 / 4 CIITA + S100A9 + CD3D + CTLA4 0,631 0,523 0,74 J3 / 4 CIITA + S100A9 + CTLA4 0,637 0,529 0,745 J3 / 4 CIITA + S100A9 + CX3CR1 0,637 0,525 0,749 J3 / 4 CIITA + S100A9 + CX3CR1 + CD3D 0,633 0,522 0,743 J3 / 4 CIITA + S100A9 + CX3CR1 + CD3D + CTLA4 0,633 0,524 0,743 J3 / 4 CIITA + S100A9 + CX3CR1 + CTLA4 0,642 0,534 0,75 J3 / 4 CIITA + S100A9 + CX3CR1 + TAP2 0,64 0,531 0,748 J3 / 4 CIITA + S100A9 + CX3CR1 + TAP2 + CD3D 0,635 0,525 0,745 J3 / 4 CIITA + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,637 0,528 0,746 J3 / 4 CIITA + S100A9 + CX3CR1 + TAP2 + CTLA4 0,634 0,526 0,743 J3 / 4 CIITA + S100A9 + TAP2 0,638 0,529 0,747 J3 / 4 CIITA + S100A9 + TAP2 + CD3D 0,636 0,527 0,745 J3 / 4 CIITA + S100A9 + TAP2 + CD3D + CTLA4 0,632 0,523 0,741 J3 / 4 CIITA + S100A9 + TAP2 + CTLA4 0,634 0,526 0,743 J3 / 4 CIITA + TAP2 + CD3D 0,616 0,51 0,722 J3 / 4 CIITA + TAP2 + CD3D + CTLA4 0,615 0,503 0,728 J3 / 4 CIITA + TAP2 + CTLA4 0,609 0,496 0,721 J5 / 7 CIITA + ALOX5 0,683 0,572 0,794 J5 / 7 CIITA + FCGR1A 0,683 0,572 0,794 J5 / 7 CIITA + GSN 0,683 0,573 0,793 J5 / 7 CIITA + IL10 0,684 0,575 0,793 J5 / 7 CIITA + IL2 0,688 0,582 0,795 J5 / 7 CIITA + CXCL10 0,688 0,581 0,796 J5 / 7 CIITA + RORC 0,688 0,583 0,793 J5 / 7 CIITA + ARL14EP 0,691 0,588 0,794 J5 / 7 CIITA + MDC1 0,691 0,59 0,792 J5 / 7 CIITA + IL1RN 0,696 0,594 0,798 J5 / 7 CIITA + LILRB2 0,698 0,59 0,806 J5 / 7 CIITA + OAS2 0,7 0,579 0,822 J5 / 7 CIITA + TDRD9 0,703 0,599 0,807 J5 / 7 CIITA + ZAP70 0,707 0,609 0,806 J5 / 7 CIITA + IL6 0,708 0,592 0,823 J5 / 7 CIITA + GATA3 0,712 0,604 0,82 J5 / 7 CIITA + ADGRE3 0,714 0,609 0,819 J5 / 7 CIITA + C3AR1 0,778 0,686 0,87 J5 / 7 CIITA + C3AR1 + CD177 0,756 0,662 0,851 J5 / 7 CIITA + C3AR1 + CD177 + CD3D 0,745 0,648 0,842 J5 / 7 CIITA + C3AR1 + CD177 + CD3D + CTLA4 0,739 0,636 0,842 J5 / 7 CIITA + C3AR1 + CD177 + CTLA4 0,739 0,634 0,844 J5 / 7 CITA + C3AR1 + CD177 + CX3CR1 0,767 0,674 0,859 J5 / 7 CITA + C3AR1 + CD177 + CX3CR1 + CD3D 0,763 0,666 0,86 J5 / 7 CITA + C3AR1 + CD177 + CX3CR1 + CD3D + CTLA4 0,754 0,647 0,86 J5 / 7 CITA + C3AR1 + CD177 + CX3CR1 + CTLA4 0,756 0,65 0,862 J5 / 7 CITA + C3AR1 + CD177 + CX3CR1 + TAP2 0,778 0,688 0,868 J5 / 7 CITA + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D 0,777 0,689 0,866 J5 / 7 CIITA + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,774 0,683 0,864 J5 / 7 CITA + C3AR1 + CD177 + CX3CR1 + TAP2 + CTLA4 0,774 0,682 0,865 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 0,762 0,671 0,854 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CD3D 0,769 0,667 0,872 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CD3D + CTLA4 0,762 0,655 0,868 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CTLA4 0,742 0,635 0,849 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 0,786 0,691 0,882 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D 0,782 0,68 0,884 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,774 0,665 0,883 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + CTLA4 0,778 0,668 0,889 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 0,79 0,704 0,875 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,776 0,684 0,868 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,775 0,684 0,867 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,789 0,7 0,878 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + TAP2 0,789 0,704 0,873 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + TAP2 + CD3D 0,779 0,691 0,867 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,781 0,695 0,868 J5 / 7 CIITA + C3AR1 + CD177 + S100A9 + TAP2 + CTLA4 0,785 0,699 0,871 J5 / 7 CIITA + C3AR1 + CD177 + TAP2 0,775 0,683 0,867 J5 / 7 CIITA + C3AR1 + CD177 + TAP2 + CD3D 0,775 0,686 0,864 J5 / 7 CIITA + C3AR1 + CD177 + TAP2 + CD3D + CTLA4 0,772 0,682 0,862 J5 / 7 CIITA + C3AR1 + CD177 + TAP2 + CTLA4 0,773 0,679 0,866 J5 / 7 CIITA + C3AR1 + CD3D 0,77 0,682 0,859 J5 / 7 CIITA + C3AR1 + CD3D + CTLA4 0,76 0,659 0,86 J5 / 7 CIITA + C3AR1 + CD74 0,754 0,636 0,872 J5 / 7 CIITA + C3AR1 + CD74 + CD177 0,745 0,625 0,866 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CD3D 0,75 0,636 0,865 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CD3D + CTLA4 0,75 0,634 0,866 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CTLA4 0,742 0,619 0,865 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 0,754 0,636 0,872 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D 0,755 0,638 0,872 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,754 0,634 0,873 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + CTLA4 0,75 0,627 0,874 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 0,769 0,661 0,876 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,763 0,658 0,869 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,765 0,659 0,872 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,767 0,658 0,876 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 0,762 0,654 0,87 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CD3D 0,772 0,673 0,871 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,772 0,669 0,874 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CTLA4 0,753 0,637 0,869 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 0,782 0,68 0,884 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,783 0,682 0,883 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,775 0,671 0,879 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,771 0,657 0,885 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,793 0,698 0,888 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,79 0,696 0,884 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,791 0,698 0,884 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,791 0,694 0,889 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 0,785 0,688 0,882 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,783 0,689 0,876 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,785 0,692 0,878 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,782 0,683 0,881 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + TAP2 0,768 0,661 0,875 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + TAP2 + CD3D 0,763 0,658 0,868 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,767 0,66 0,873 J5 / 7 CIITA + C3AR1 + CD74 + CD177 + TAP2 + CTLA4 0,769 0,664 0,875 J5 / 7 CIITA + C3AR1 + CD74 + CD3D 0,755 0,64 0,87 J5 / 7 CIITA + C3AR1 + CD74 + CD3D + CTLA4 0,752 0,633 0,87 J5 / 7 CIITA + C3AR1 + CD74 + CTLA4 0,749 0,629 0,87 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 0,756 0,637 0,875 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 + CD3D 0,755 0,639 0,87 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 + CD3D + CTLA4 0,754 0,633 0,874 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 + CTLA4 0,753 0,633 0,873 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 0,773 0,664 0,883 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D 0,767 0,659 0,875 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,768 0,654 0,882 J5 / 7 CIITA + C3AR1 + CD74 + CX3CR1 + TAP2 + CTLA4 0,767 0,653 0,881 J5 / 7 CIITA + C3AR1 + CD74 + IFNG 0,766 0,646 0,885 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 0,756 0,633 0,879 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CD3D 0,754 0,628 0,881 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CD3D + CTLA4 0,751 0,622 0,879 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CTLA4 0,747 0,618 0,876 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 0,754 0,629 0,88 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,758 0,629 0,886 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,754 0,621 0,886 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,752 0,621 0,882 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,78 0,671 0,889 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,774 0,659 0,889 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,772 0,656 0,888 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,778 0,665 0,891 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 0,767 0,657 0,877 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D 0,79 0,682 0,898 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,788 0,68 0,896 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,763 0,644 0,882 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,802 0,7 0,903 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,8 0,691 0,909 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,8 0,691 0,909 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,795 0,681 0,908 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,814 0,719 0,909 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,808 0,709 0,906 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,81 0,713 0,907 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,813 0,715 0,912 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 0,801 0,707 0,894 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,8 0,704 0,896 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,806 0,711 0,901 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,797 0,701 0,892 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 0,778 0,67 0,886 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D 0,769 0,653 0,885 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,77 0,655 0,885 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,776 0,665 0,887 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD3D 0,761 0,64 0,882 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CD3D + CTLA4 0,757 0,633 0,882 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CTLA4 0,757 0,63 0,884 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 0,764 0,646 0,883 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D 0,758 0,637 0,879 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,759 0,632 0,885 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + CTLA4 0,76 0,633 0,887 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 0,785 0,679 0,89 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,776 0,665 0,886 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,77 0,656 0,885 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,774 0,66 0,887 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 0,78 0,672 0,888 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CD3D 0,788 0,681 0,895 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,784 0,675 0,893 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CTLA4 0,773 0,655 0,891 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 0,796 0,692 0,9 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,798 0,692 0,905 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,802 0,694 0,91 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,796 0,685 0,907 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,804 0,708 0,9 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,797 0,696 0,897 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,795 0,693 0,896 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,795 0,692 0,899 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 0,801 0,706 0,897 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,796 0,696 0,895 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,796 0,697 0,895 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,795 0,695 0,895 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + TAP2 0,783 0,677 0,889 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + TAP2 + CD3D 0,778 0,668 0,888 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,772 0,659 0,886 J5 / 7 CIITA + C3AR1 + CD74 + IFNG + TAP2 + CTLA4 0,772 0,657 0,887 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 0,772 0,662 0,882 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CD3D 0,771 0,666 0,877 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CD3D + CTLA4 0,767 0,655 0,879 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CTLA4 0,758 0,637 0,879 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 0,78 0,671 0,888 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D 0,772 0,667 0,878 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,767 0,655 0,88 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + CTLA4 0,766 0,649 0,883 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 0,785 0,685 0,884 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,785 0,688 0,881 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,781 0,676 0,886 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,782 0,677 0,887 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + TAP2 0,786 0,686 0,885 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + TAP2 + CD3D 0,784 0,686 0,882 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,783 0,678 0,887 J5 / 7 CIITA + C3AR1 + CD74 + S100A9 + TAP2 + CTLA4 0,782 0,677 0,887 J5 / 7 CIITA + C3AR1 + CD74 + TAP2 0,773 0,665 0,88 J5 / 7 CIITA + C3AR1 + CD74 + TAP2 + CD3D 0,771 0,664 0,879 J5 / 7 CIITA + C3AR1 + CD74 + TAP2 + CD3D + CTLA4 0,769 0,655 0,883 J5 / 7 CIITA + C3AR1 + CD74 + TAP2 + CTLA4 0,766 0,654 0,878 J5 / 7 CIITA + C3AR1 + CTLA4 0,756 0,653 0,859 J5 / 7 CIITA + C3AR1 + CX3CR1 0,794 0,709 0,878 J5 / 7 CIITA + C3AR1 + CX3CR1 + CD3D 0,778 0,689 0,867 J5 / 7 CIITA + C3AR1 + CX3CR1 + CD3D + CTLA4 0,77 0,665 0,874 J5 / 7 CIITA + C3AR1 + CX3CR1 + CTLA4 0,768 0,665 0,872 J5 / 7 CIITA + C3AR1 + CX3CR1 + TAP2 0,783 0,692 0,874 J5 / 7 CIITA + C3AR1 + CX3CR1 + TAP2 + CD3D 0,786 0,698 0,873 J5 / 7 CIITA + C3AR1 + CX3CR1 + TAP2 + CD3D + CTLA4 0,782 0,687 0,877 J5 / 7 CIITA + C3AR1 + CX3CR1 + TAP2 + CTLA4 0,783 0,691 0,874 J5 / 7 CIITA + C3AR1 + IFNG 0,759 0,66 0,857 J5 / 7 CIITA + C3AR1 + IFNG + CD177 0,739 0,635 0,844 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CD3D 0,751 0,637 0,865 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CD3D + CTLA4 0,741 0,627 0,855 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CTLA4 0,727 0,61 0,844 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 0,766 0,664 0,867 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D 0,759 0,644 0,874 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,758 0,642 0,875 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + CTLA4 0,755 0,641 0,868 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 0,784 0,686 0,881 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,776 0,674 0,878 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,776 0,674 0,878 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,78 0,678 0,881 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 0,758 0,663 0,853 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CD3D 0,77 0,658 0,882 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,767 0,654 0,88 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CTLA4 0,744 0,632 0,857 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 0,803 0,705 0,9 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,791 0,678 0,903 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,789 0,676 0,902 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,792 0,681 0,903 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,808 0,714 0,902 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,808 0,708 0,907 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,806 0,709 0,903 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,809 0,716 0,903 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 0,796 0,705 0,886 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,795 0,696 0,893 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,795 0,698 0,891 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,795 0,702 0,887 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + TAP2 0,773 0,672 0,874 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + TAP2 + CD3D 0,769 0,667 0,872 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,77 0,668 0,872 J5 / 7 CIITA + C3AR1 + IFNG + CD177 + TAP2 + CTLA4 0,775 0,675 0,875 J5 / 7 CIITA + C3AR1 + IFNG + CD3D 0,762 0,656 0,869 J5 / 7 CIITA + C3AR1 + IFNG + CD3D + CTLA4 0,755 0,644 0,866 J5 / 7 CIITA + C3AR1 + IFNG + CTLA4 0,752 0,641 0,862 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 0,776 0,682 0,87 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 + CD3D 0,765 0,659 0,87 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 + CD3D + CTLA4 0,762 0,652 0,872 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 + CTLA4 0,762 0,653 0,871 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 0,792 0,699 0,885 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D 0,785 0,69 0,88 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,779 0,681 0,878 J5 / 7 CIITA + C3AR1 + IFNG + CX3CR1 + TAP2 + CTLA4 0,784 0,686 0,882 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 0,769 0,675 0,864 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CD3D 0,778 0,674 0,882 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CD3D + CTLA4 0,78 0,674 0,886 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CTLA4 0,762 0,652 0,872 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 0,805 0,71 0,901 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D 0,797 0,694 0,899 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,795 0,686 0,903 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + CTLA4 0,792 0,684 0,899 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 0,807 0,716 0,898 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,805 0,709 0,902 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,803 0,705 0,901 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,804 0,71 0,899 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + TAP2 0,802 0,713 0,891 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + TAP2 + CD3D 0,801 0,705 0,897 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,801 0,706 0,896 J5 / 7 CIITA + C3AR1 + IFNG + S100A9 + TAP2 + CTLA4 0,802 0,71 0,893 J5 / 7 CIITA + C3AR1 + IFNG + TAP2 0,788 0,694 0,881 J5 / 7 CIITA + C3AR1 + IFNG + TAP2 + CD3D 0,785 0,69 0,88 J5 / 7 CIITA + C3AR1 + IFNG + TAP2 + CD3D + CTLA4 0,777 0,678 0,877 J5 / 7 CIITA + C3AR1 + IFNG + TAP2 + CTLA4 0,784 0,687 0,881 J5 / 7 CIITA + C3AR1 + S100A9 0,77 0,678 0,862 J5 / 7 CIITA + C3AR1 + S100A9 + CD3D 0,774 0,676 0,872 J5 / 7 CIITA + C3AR1 + S100A9 + CD3D + CTLA4 0,763 0,658 0,869 J5 / 7 CIITA + C3AR1 + S100A9 + CTLA4 0,755 0,645 0,864 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 0,794 0,703 0,884 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 + CD3D 0,782 0,682 0,881 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 + CD3D + CTLA4 0,773 0,664 0,883 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 + CTLA4 0,773 0,662 0,884 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 0,791 0,705 0,878 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D 0,789 0,7 0,878 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,789 0,697 0,88 J5 / 7 CIITA + C3AR1 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,788 0,696 0,88 J5 / 7 CIITA + C3AR1 + S100A9 + TAP2 0,793 0,708 0,878 J5 / 7 CIITA + C3AR1 + S100A9 + TAP2 + CD3D 0,789 0,7 0,878 J5 / 7 CIITA + C3AR1 + S100A9 + TAP2 + CD3D + CTLA4 0,79 0,698 0,881 J5 / 7 CIITA + C3AR1 + S100A9 + TAP2 + CTLA4 0,79 0,699 0,881 J5 / 7 CIITA + C3AR1 + TAP2 0,786 0,697 0,875 J5 / 7 CIITA + C3AR1 + TAP2 + CD3D 0,789 0,701 0,876 J5 / 7 CITA + C3AR1 + TAP2 + CD3D + CTLA4 0,784 0,689 0,878 J5 / 7 CIITA + C3AR1 + TAP2 + CTLA4 0,784 0,693 0,876 J5 / 7 CIITA + CD177 0,692 0,584 0,801 J5 / 7 CIITA + CD177 + CD3D 0,731 0,627 0,836 J5 / 7 CIITA + CD177 + CD3D + CTLA4 0,726 0,619 0,834 J5 / 7 CIITA + CD177 + CTLA4 0,712 0,591 0,833 J5 / 7 CIITA + CD177 + CX3CR1 0,741 0,632 0,85 J5 / 7 CIITA + CD177 + CX3CR1 + CD3D 0,748 0,643 0,853 J5 / 7 CITA + CD177 + CX3CR1 + CD3D + CTLA4 0,737 0,625 0,848 J5 / 7 CITA + CD177 + CX3CR1 + CTLA4 0,736 0,621 0,851 J5 / 7 CIITA + CD177 + CX3CR1 + TAP2 0,761 0,665 0,857 J5 / 7 CITA + CD177 + CX3CR1 + TAP2 + CD3D 0,761 0,665 0,856 J5 / 7 CITA + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,762 0,665 0,859 J5 / 7 CITA + CD177 + CX3CR1 + TAP2 + CTLA4 0,768 0,669 0,866 J5 / 7 CIITA + CD177 + S100A9 0,73 0,636 0,823 J5 / 7 CIITA + CD177 + S100A9 + CD3D 0,758 0,65 0,866 J5 / 7 CIITA + CD177 + S100A9 + CD3D + CTLA4 0,75 0,638 0,861 J5 / 7 CIITA + CD177 + S100A9 + CTLA4 0,725 0,609 0,841 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 0,767 0,662 0,871 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 + CD3D 0,778 0,669 0,886 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,768 0,655 0,882 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 + CTLA4 0,768 0,653 0,883 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 0,788 0,696 0,88 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,787 0,692 0,882 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,788 0,693 0,884 J5 / 7 CIITA + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,786 0,689 0,884 J5 / 7 CIITA + CD177 + S100A9 + TAP2 0,78 0,694 0,865 J5 / 7 CIITA + CD177 + S100A9 + TAP2 + CD3D 0,778 0,685 0,871 J5 / 7 CIITA + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,778 0,686 0,87 J5 / 7 CIITA + CD177 + S100A9 + TAP2 + CTLA4 0,781 0,693 0,87 J5 / 7 CIITA + CD177 + TAP2 0,76 0,664 0,856 J5 / 7 CIITA + CD177 + TAP2 + CD3D 0,758 0,664 0,852 J5 / 7 CIITA + CD177 + TAP2 + CD3D + CTLA4 0,76 0,665 0,855 J5 / 7 CIITA + CD177 + TAP2 + CTLA4 0,768 0,672 0,865 J5 / 7 CIITA + CD3D 0,72 0,616 0,824 J5 / 7 CIITA + CD3D + CTLA4 0,715 0,608 0,821 J5 / 7 CIITA + CD74 0,739 0,619 0,86 J5 / 7 CIITA + CD74 + CD177 0,723 0,599 0,848 J5 / 7 CIITA + CD74 + CD177 + CD3D 0,731 0,618 0,844 J5 / 7 CIITA + CD74 + CD177 + CD3D + CTLA4 0,733 0,617 0,848 J5 / 7 CIITA + CD74 + CD177 + CTLA4 0,73 0,603 0,856 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 0,74 0,622 0,859 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 + CD3D 0,736 0,62 0,852 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,739 0,62 0,858 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 + CTLA4 0,732 0,608 0,856 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 + TAP2 0,758 0,65 0,866 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,763 0,659 0,866 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,761 0,654 0,868 J5 / 7 CIITA + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,756 0,644 0,868 J5 / 7 CIITA + CD74 + CD177 + S100A9 0,75 0,639 0,861 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CD3D 0,762 0,66 0,864 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,762 0,66 0,865 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CTLA4 0,737 0,617 0,856 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 0,777 0,673 0,881 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,767 0,663 0,87 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,768 0,662 0,873 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,768 0,653 0,883 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,778 0,682 0,875 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,782 0,686 0,878 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,783 0,687 0,878 J5 / 7 CIITA + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,777 0,678 0,877 J5 / 7 CIITA + CD74 + CD177 + S100A9 + TAP2 0,765 0,667 0,863 J5 / 7 CIITA + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,775 0,68 0,871 J5 / 7 CIITA + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,778 0,683 0,872 J5 / 7 CIITA + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,768 0,668 0,868 J5 / 7 CIITA + CD74 + CD177 + TAP2 0,75 0,64 0,86 J5 / 7 CIITA + CD74 + CD177 + TAP2 + CD3D 0,755 0,65 0,861 J5 / 7 CIITA + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,755 0,65 0,861 J5 / 7 CIITA + CD74 + CD177 + TAP2 + CTLA4 0,752 0,64 0,865 J5 / 7 CIITA + CD74 + CD3D 0,736 0,622 0,849 J5 / 7 CIITA + CD74 + CD3D + CTLA4 0,741 0,623 0,859 J5 / 7 CIITA + CD74 + CTLA4 0,74 0,618 0,862 J5 / 7 CIITA + CD74 + CX3CR1 0,738 0,621 0,856 J5 / 7 CIITA + CD74 + CX3CR1 + CD3D 0,736 0,622 0,85 J5 / 7 CIITA + CD74 + CX3CR1 + CD3D + CTLA4 0,749 0,631 0,867 J5 / 7 CIITA + CD74 + CX3CR1 + CTLA4 0,748 0,628 0,868 J5 / 7 CIITA + CD74 + CX3CR1 + TAP2 0,755 0,646 0,863 J5 / 7 CIITA + CD74 + CX3CR1 + TAP2 + CD3D 0,754 0,647 0,86 J5 / 7 CIITA + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,757 0,646 0,869 J5 / 7 CIITA + CD74 + CX3CR1 + TAP2 + CTLA4 0,757 0,644 0,87 J5 / 7 CIITA + CD74 + IFNG 0,748 0,632 0,865 J5 / 7 CIITA + CD74 + IFNG + CD177 0,735 0,612 0,858 J5 / 7 CIITA + CD74 + IFNG + CD177 + CD3D 0,747 0,62 0,874 J5 / 7 CIITA + CD74 + IFNG + CD177 + CD3D + CTLA4 0,745 0,618 0,872 J5 / 7 CIITA + CD74 + IFNG + CD177 + CTLA4 0,733 0,602 0,863 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 0,754 0,631 0,876 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,752 0,625 0,88 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,748 0,617 0,878 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,749 0,619 0,878 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,772 0,66 0,884 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,762 0,647 0,878 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,762 0,646 0,878 J5 / 7 CIITA + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,764 0,648 0,88 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 0,758 0,644 0,872 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CD3D 0,789 0,681 0,897 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,787 0,679 0,895 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,751 0,626 0,875 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,8 0,698 0,902 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,8 0,692 0,908 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,8 0,692 0,908 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,795 0,681 0,908 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,813 0,716 0,909 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,807 0,708 0,907 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,81 0,714 0,907 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,812 0,713 0,911 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 0,789 0,691 0,886 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,796 0,697 0,894 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,805 0,71 0,9 J5 / 7 CIITA + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,786 0,688 0,885 J5 / 7 CIITA + CD74 + IFNG + CD177 + TAP2 0,769 0,657 0,881 J5 / 7 CIITA + CD74 + IFNG + CD177 + TAP2 + CD3D 0,756 0,641 0,871 J5 / 7 CIITA + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,76 0,647 0,874 J5 / 7 CIITA + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,76 0,645 0,875 J5 / 7 CIITA + CD74 + IFNG + CD3D 0,747 0,627 0,868 J5 / 7 CIITA + CD74 + IFNG + CD3D + CTLA4 0,745 0,619 0,871 J5 / 7 CIITA + CD74 + IFNG + CTLA4 0,743 0,616 0,87 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 0,754 0,636 0,871 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 + CD3D 0,75 0,63 0,87 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,746 0,62 0,872 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 + CTLA4 0,751 0,625 0,877 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 + TAP2 0,771 0,663 0,879 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,759 0,647 0,871 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,762 0,645 0,879 J5 / 7 CIITA + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,768 0,652 0,884 J5 / 7 CIITA + CD74 + IFNG + S100A9 0,774 0,666 0,882 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CD3D 0,786 0,678 0,893 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,784 0,674 0,894 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CTLA4 0,766 0,645 0,886 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 0,789 0,684 0,893 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,798 0,691 0,904 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,801 0,692 0,911 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,795 0,685 0,906 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,804 0,708 0,9 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,796 0,695 0,897 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,796 0,695 0,898 J5 / 7 CIITA + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,797 0,695 0,899 J5 / 7 CIITA + CD74 + IFNG + S100A9 + TAP2 0,797 0,699 0,895 J5 / 7 CIITA + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,793 0,693 0,893 J5 / 7 CIITA + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,793 0,694 0,892 J5 / 7 CIITA + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,796 0,695 0,896 J5 / 7 CIITA + CD74 + IFNG + TAP2 0,771 0,664 0,879 J5 / 7 CIITA + CD74 + IFNG + TAP2 + CD3D 0,76 0,647 0,872 J5 / 7 CIITA + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,76 0,645 0,876 J5 / 7 CIITA + CD74 + IFNG + TAP2 + CTLA4 0,765 0,65 0,88 J5 / 7 CIITA + CD74 + S100A9 0,761 0,656 0,867 J5 / 7 CIITA + CD74 + S100A9 + CD3D 0,764 0,66 0,867 J5 / 7 CIITA + CD74 + S100A9 + CD3D + CTLA4 0,764 0,655 0,873 J5 / 7 CIITA + CD74 + S100A9 + CTLA4 0,747 0,626 0,869 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 0,777 0,672 0,883 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 + CD3D 0,766 0,663 0,87 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,764 0,65 0,877 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 + CTLA4 0,764 0,646 0,882 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 0,774 0,676 0,873 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,776 0,68 0,872 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,771 0,669 0,874 J5 / 7 CIITA + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,772 0,665 0,879 J5 / 7 CIITA + CD74 + S100A9 + TAP2 0,768 0,669 0,868 J5 / 7 CIITA + CD74 + S100A9 + TAP2 + CD3D 0,777 0,681 0,873 J5 / 7 CIITA + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,772 0,669 0,874 J5 / 7 CIITA + CD74 + S100A9 + TAP2 + CTLA4 0,775 0,67 0,881 J5 / 7 CIITA + CD74 + TAP2 0,755 0,647 0,863 J5 / 7 CIITA + CD74 + TAP2 + CD3D 0,75 0,642 0,858 J5 / 7 CIITA + CD74 + TAP2 + CD3D + CTLA4 0,758 0,646 0,869 J5 / 7 CIITA + CD74 + TAP2 + CTLA4 0,758 0,645 0,87 J5 / 7 CIITA + CTLA4 0,71 0,597 0,823 J5 / 7 CIITA + CX3CR1 0,708 0,594 0,822 J5 / 7 CIITA + CX3CR1 + CD3D 0,722 0,612 0,831 J5 / 7 CIITA + CX3CR1 + CD3D + CTLA4 0,722 0,611 0,832 J5 / 7 CIITA + CX3CR1 + CTLA4 0,721 0,609 0,832 J5 / 7 CIITA + CX3CR1 + TAP2 0,75 0,655 0,845 J5 / 7 CIITA + CX3CR1 + TAP2 + CD3D 0,751 0,657 0,845 J5 / 7 CIITA + CX3CR1 + TAP2 + CD3D + CTLA4 0,753 0,657 0,849 J5 / 7 CIITA + CX3CR1 + TAP2 + CTLA4 0,755 0,659 0,851 J5 / 7 CIITA + IFNG 0,693 0,593 0,792 J5 / 7 CIITA + IFNG + CD177 0,704 0,592 0,815 J5 / 7 CIITA + IFNG + CD177 + CD3D 0,746 0,632 0,86 J5 / 7 CIITA + IFNG + CD177 + CD3D + CTLA4 0,742 0,626 0,858 J5 / 7 CIITA + IFNG + CD177 + CTLA4 0,718 0,594 0,842 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 0,764 0,66 0,868 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 + CD3D 0,765 0,648 0,882 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,755 0,637 0,874 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 + CTLA4 0,748 0,63 0,866 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 + TAP2 0,787 0,689 0,885 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,783 0,679 0,887 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,779 0,674 0,885 J5 / 7 CIITA + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,781 0,677 0,884 J5 / 7 CIITA + IFNG + CD177 + S100A9 0,749 0,65 0,847 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CD3D 0,779 0,668 0,889 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,779 0,669 0,889 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CTLA4 0,74 0,62 0,86 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 0,813 0,717 0,909 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,809 0,702 0,916 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,805 0,694 0,916 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,801 0,691 0,911 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,819 0,73 0,909 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,818 0,719 0,916 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,819 0,723 0,916 J5 / 7 CIITA + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,815 0,721 0,91 J5 / 7 CIITA + IFNG + CD177 + S100A9 + TAP2 0,809 0,72 0,897 J5 / 7 CIITA + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,809 0,714 0,905 J5 / 7 CIITA + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,811 0,717 0,904 J5 / 7 CIITA + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,805 0,713 0,898 J5 / 7 CIITA + IFNG + CD177 + TAP2 0,784 0,687 0,882 J5 / 7 CIITA + IFNG + CD177 + TAP2 + CD3D 0,776 0,674 0,878 J5 / 7 CIITA + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,776 0,673 0,879 J5 / 7 CIITA + IFNG + CD177 + TAP2 + CTLA4 0,768 0,664 0,872 J5 / 7 CIITA + IFNG + CD3D 0,737 0,622 0,851 J5 / 7 CIITA + IFNG + CD3D + CTLA4 0,733 0,619 0,847 J5 / 7 CIITA + IFNG + CTLA4 0,727 0,607 0,846 J5 / 7 CIITA + IFNG + CX3CR1 0,739 0,633 0,845 J5 / 7 CIITA + IFNG + CX3CR1 + CD3D 0,746 0,629 0,864 J5 / 7 CIITA + IFNG + CX3CR1 + CD3D + CTLA4 0,744 0,627 0,862 J5 / 7 CIITA + IFNG + CX3CR1 + CTLA4 0,745 0,63 0,861 J5 / 7 CIITA + IFNG + CX3CR1 + TAP2 0,775 0,68 0,87 J5 / 7 CIITA + IFNG + CX3CR1 + TAP2 + CD3D 0,772 0,669 0,875 J5 / 7 CIITA + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,774 0,673 0,875 J5 / 7 CIITA + IFNG + CX3CR1 + TAP2 + CTLA4 0,778 0,678 0,877 J5 / 7 CIITA + IFNG + S100A9 0,764 0,677 0,851 J5 / 7 CIITA + IFNG + S100A9 + CD3D 0,79 0,687 0,892 J5 / 7 CIITA + IFNG + S100A9 + CD3D + CTLA4 0,789 0,684 0,894 J5 / 7 CIITA + IFNG + S100A9 + CTLA4 0,761 0,644 0,877 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 0,814 0,721 0,907 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 + CD3D 0,808 0,709 0,907 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,805 0,7 0,91 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 + CTLA4 0,8 0,692 0,908 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 0,821 0,734 0,908 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,814 0,719 0,909 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,811 0,713 0,909 J5 / 7 CIITA + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,812 0,713 0,91 J5 / 7 CIITA + IFNG + S100A9 + TAP2 0,816 0,731 0,9 J5 / 7 CIITA + IFNG + S100A9 + TAP2 + CD3D 0,811 0,717 0,905 J5 / 7 CIITA + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,81 0,715 0,905 J5 / 7 CIITA + IFNG + S100A9 + TAP2 + CTLA4 0,81 0,717 0,902 J5 / 7 CIITA + IFNG + TAP2 0,782 0,69 0,874 J5 / 7 CIITA + IFNG + TAP2 + CD3D 0,772 0,674 0,869 J5 / 7 CIITA + IFNG + TAP2 + CD3D + CTLA4 0,765 0,665 0,865 J5 / 7 CIITA + IFNG + TAP2 + CTLA4 0,768 0,667 0,869 J5 / 7 CIITA + IL1R2 0,738 0,632 0,845 J5 / 7 CIITA + IL1R2 + C3AR1 0,799 0,716 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 0,769 0,673 0,866 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CD3D 0,76 0,652 0,867 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CD3D + CTLA4 0,752 0,641 0,862 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CTLA4 0,752 0,643 0,861 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 0,776 0,68 0,872 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + CD3D 0,769 0,666 0,871 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + CD3D + CTLA4 0,76 0,649 0,87 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + CTLA4 0,761 0,651 0,872 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 0,788 0,693 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D 0,786 0,691 0,88 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,785 0,691 0,88 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + CX3CR1 + TAP2 + CTLA4 0,786 0,69 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 0,785 0,695 0,875 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CD3D 0,772 0,665 0,879 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CD3D + CTLA4 0,765 0,654 0,876 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CTLA4 0,763 0,65 0,876 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 0,792 0,697 0,887 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D 0,781 0,675 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,778 0,667 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + CTLA4 0,782 0,669 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 0,803 0,718 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,787 0,697 0,878 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,79 0,701 0,878 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,797 0,709 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 0,799 0,714 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 + CD3D 0,789 0,699 0,878 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,79 0,701 0,878 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + S100A9 + TAP2 + CTLA4 0,799 0,712 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 0,788 0,694 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 + CD3D 0,784 0,69 0,878 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 + CD3D + CTLA4 0,784 0,69 0,878 J5 / 7 CIITA + IL1R2 + C3AR1 + CD177 + TAP2 + CTLA4 0,787 0,691 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + CD3D 0,791 0,701 0,881 J5 / 7 CIITA + IL1R2 + C3AR1 + CD3D + CTLA4 0,772 0,668 0,876 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 0,771 0,651 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 0,758 0,636 0,881 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CD3D 0,758 0,639 0,877 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CD3D + CTLA4 0,758 0,638 0,879 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CTLA4 0,748 0,62 0,875 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 0,763 0,643 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D 0,758 0,639 0,877 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,76 0,638 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + CTLA4 0,751 0,623 0,88 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 0,779 0,668 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,771 0,66 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,771 0,66 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,778 0,666 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 0,775 0,665 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CD3D 0,781 0,677 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,777 0,67 0,884 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CTLA4 0,766 0,649 0,884 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 0,785 0,681 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,784 0,681 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,779 0,672 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,777 0,663 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,793 0,695 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,787 0,692 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,791 0,698 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,793 0,694 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 0,79 0,691 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,789 0,693 0,884 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,79 0,695 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,792 0,693 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 0,783 0,674 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 + CD3D 0,773 0,663 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,775 0,665 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD177 + TAP2 + CTLA4 0,778 0,667 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD3D 0,773 0,655 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CD3D + CTLA4 0,762 0,637 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CTLA4 0,762 0,636 0,887 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 0,772 0,652 0,893 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + CD3D 0,767 0,648 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + CD3D + CTLA4 0,761 0,636 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + CTLA4 0,762 0,636 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 0,79 0,681 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D 0,788 0,68 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,786 0,674 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + CX3CR1 + TAP2 + CTLA4 0,785 0,673 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG 0,765 0,642 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 0,752 0,624 0,879 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CD3D 0,758 0,629 0,887 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CD3D + CTLA4 0,756 0,625 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CTLA4 0,753 0,621 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 0,757 0,63 0,884 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,76 0,632 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,754 0,621 0,887 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,758 0,628 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,784 0,67 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,783 0,67 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,781 0,668 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,78 0,665 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 0,776 0,665 0,887 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D 0,792 0,684 0,9 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,789 0,68 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,769 0,649 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,798 0,699 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,8 0,692 0,908 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,801 0,693 0,908 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,795 0,683 0,907 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,814 0,719 0,909 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,809 0,711 0,908 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,81 0,714 0,907 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,813 0,715 0,911 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 0,798 0,701 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,8 0,703 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,807 0,712 0,902 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,799 0,701 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 0,783 0,669 0,896 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D 0,778 0,664 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,782 0,67 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,779 0,664 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD3D 0,768 0,645 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CD3D + CTLA4 0,766 0,64 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CTLA4 0,768 0,64 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 0,771 0,646 0,896 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D 0,765 0,643 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,765 0,639 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + CTLA4 0,767 0,64 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 0,796 0,686 0,905 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,79 0,677 0,903 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,785 0,669 0,901 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,789 0,673 0,904 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 0,787 0,679 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CD3D 0,789 0,682 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,788 0,679 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CTLA4 0,78 0,663 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 0,796 0,692 0,9 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,8 0,693 0,906 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,801 0,693 0,91 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,794 0,684 0,905 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,808 0,713 0,903 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,799 0,699 0,899 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,796 0,695 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,801 0,699 0,903 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 0,807 0,712 0,903 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,801 0,702 0,9 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,801 0,702 0,901 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,804 0,702 0,905 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 0,795 0,684 0,905 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 + CD3D 0,786 0,673 0,899 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,785 0,668 0,902 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + IFNG + TAP2 + CTLA4 0,787 0,669 0,905 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 0,783 0,672 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CD3D 0,784 0,676 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CD3D + CTLA4 0,775 0,662 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CTLA4 0,77 0,648 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 0,788 0,677 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D 0,783 0,675 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,775 0,662 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + CTLA4 0,772 0,652 0,893 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 0,798 0,698 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,796 0,698 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,793 0,69 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,793 0,688 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 0,796 0,696 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 + CD3D 0,797 0,698 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,793 0,688 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + S100A9 + TAP2 + CTLA4 0,793 0,687 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 0,785 0,675 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 + CD3D 0,783 0,671 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 + CD3D + CTLA4 0,781 0,666 0,896 J5 / 7 CIITA + IL1R2 + C3AR1 + CD74 + TAP2 + CTLA4 0,779 0,666 0,893 J5 / 7 CIITA + IL1R2 + C3AR1 + CTLA4 0,77 0,665 0,876 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 0,799 0,715 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 + CD3D 0,792 0,702 0,881 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 + CD3D + CTLA4 0,773 0,665 0,88 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 + CTLA4 0,772 0,665 0,88 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 0,8 0,709 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 + CD3D 0,799 0,709 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 + CD3D + CTLA4 0,799 0,705 0,893 J5 / 7 CIITA + IL1R2 + C3AR1 + CX3CR1 + TAP2 + CTLA4 0,798 0,703 0,893 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG 0,786 0,692 0,879 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 0,753 0,648 0,858 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CD3D 0,751 0,632 0,869 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CD3D + CTLA4 0,751 0,636 0,867 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CTLA4 0,745 0,632 0,858 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 0,765 0,663 0,867 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D 0,765 0,647 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,764 0,649 0,88 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + CTLA4 0,757 0,642 0,872 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 0,789 0,689 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,783 0,679 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,783 0,68 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,789 0,686 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 0,772 0,672 0,872 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CD3D 0,771 0,659 0,883 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,769 0,657 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CTLA4 0,758 0,644 0,873 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 0,796 0,698 0,893 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,79 0,679 0,901 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,789 0,676 0,902 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,792 0,683 0,902 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,81 0,717 0,904 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,805 0,706 0,905 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,807 0,708 0,905 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,809 0,715 0,902 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 0,799 0,708 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,798 0,7 0,896 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,8 0,705 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,798 0,705 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 0,789 0,687 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 + CD3D 0,78 0,675 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,781 0,678 0,885 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD177 + TAP2 + CTLA4 0,788 0,686 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD3D 0,78 0,672 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CD3D + CTLA4 0,769 0,658 0,881 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CTLA4 0,766 0,656 0,876 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 0,796 0,704 0,887 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + CD3D 0,784 0,677 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + CD3D + CTLA4 0,778 0,67 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + CTLA4 0,775 0,667 0,884 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 0,804 0,709 0,899 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D 0,8 0,703 0,896 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,795 0,695 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + CX3CR1 + TAP2 + CTLA4 0,796 0,696 0,896 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 0,786 0,689 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CD3D 0,782 0,677 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CD3D + CTLA4 0,783 0,675 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CTLA4 0,771 0,66 0,882 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 0,804 0,71 0,899 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D 0,794 0,691 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,792 0,683 0,9 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + CTLA4 0,79 0,681 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 0,812 0,721 0,903 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,808 0,712 0,904 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,806 0,709 0,903 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,809 0,715 0,903 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 0,807 0,716 0,899 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 + CD3D 0,807 0,712 0,902 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,806 0,712 0,901 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + S100A9 + TAP2 + CTLA4 0,807 0,713 0,901 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 0,805 0,713 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 + CD3D 0,798 0,701 0,895 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 + CD3D + CTLA4 0,795 0,694 0,897 J5 / 7 CIITA + IL1R2 + C3AR1 + IFNG + TAP2 + CTLA4 0,798 0,697 0,898 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 0,8 0,713 0,887 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CD3D 0,788 0,687 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CD3D + CTLA4 0,775 0,665 0,886 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CTLA4 0,774 0,661 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 0,799 0,708 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + CD3D 0,787 0,686 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + CD3D + CTLA4 0,78 0,669 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + CTLA4 0,783 0,671 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 0,806 0,721 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D 0,802 0,714 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,801 0,708 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,801 0,709 0,893 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 0,803 0,716 0,889 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 + CD3D 0,8 0,71 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 + CD3D + CTLA4 0,797 0,703 0,891 J5 / 7 CIITA + IL1R2 + C3AR1 + S100A9 + TAP2 + CTLA4 0,799 0,706 0,892 J5 / 7 CIITA + IL1R2 + C3AR1 + TAP2 0,802 0,714 0,89 J5 / 7 CIITA + IL1R2 + C3AR1 + TAP2 + CD3D 0,799 0,711 0,888 J5 / 7 CIITA + IL1R2 + C3AR1 + TAP2 + CD3D + CTLA4 0,797 0,7 0,894 J5 / 7 CIITA + IL1R2 + C3AR1 + TAP2 + CTLA4 0,796 0,703 0,889 J5 / 7 CIITA + IL1R2 + CD177 0,72 0,605 0,836 J5 / 7 CIITA + IL1R2 + CD177 + CD3D 0,731 0,617 0,846 J5 / 7 CIITA + IL1R2 + CD177 + CD3D + CTLA4 0,723 0,605 0,842 J5 / 7 CIITA + IL1R2 + CD177 + CTLA4 0,715 0,592 0,838 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 0,734 0,619 0,849 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 + CD3D 0,744 0,633 0,856 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 + CD3D + CTLA4 0,731 0,611 0,851 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 + CTLA4 0,729 0,606 0,852 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 0,763 0,659 0,866 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 + CD3D 0,758 0,655 0,862 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,758 0,654 0,862 J5 / 7 CIITA + IL1R2 + CD177 + CX3CR1 + TAP2 + CTLA4 0,761 0,655 0,866 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 0,751 0,648 0,853 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CD3D 0,75 0,634 0,866 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CD3D + CTLA4 0,742 0,623 0,86 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CTLA4 0,73 0,608 0,852 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 0,763 0,655 0,872 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + CD3D 0,762 0,648 0,875 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,752 0,634 0,87 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + CTLA4 0,755 0,633 0,876 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 0,784 0,688 0,88 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,772 0,673 0,871 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,777 0,681 0,874 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,78 0,683 0,877 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + TAP2 0,778 0,683 0,873 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + TAP2 + CD3D 0,77 0,671 0,869 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,776 0,68 0,872 J5 / 7 CIITA + IL1R2 + CD177 + S100A9 + TAP2 + CTLA4 0,777 0,682 0,872 J5 / 7 CIITA + IL1R2 + CD177 + TAP2 0,763 0,66 0,867 J5 / 7 CIITA + IL1R2 + CD177 + TAP2 + CD3D 0,759 0,655 0,863 J5 / 7 CIITA + IL1R2 + CD177 + TAP2 + CD3D + CTLA4 0,758 0,654 0,863 J5 / 7 CIITA + IL1R2 + CD177 + TAP2 + CTLA4 0,761 0,655 0,867 J5 / 7 CIITA + IL1R2 + CD3D 0,74 0,633 0,847 J5 / 7 CIITA + IL1R2 + CD3D + CTLA4 0,73 0,615 0,845 J5 / 7 CIITA + IL1R2 + CD74 0,747 0,626 0,867 J5 / 7 CIITA + IL1R2 + CD74 + CD177 0,733 0,608 0,859 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CD3D 0,742 0,623 0,861 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CD3D + CTLA4 0,741 0,619 0,863 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CTLA4 0,734 0,605 0,862 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 0,75 0,629 0,872 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + CD3D 0,743 0,623 0,863 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + CD3D + CTLA4 0,745 0,624 0,866 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + CTLA4 0,746 0,62 0,872 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 0,764 0,651 0,877 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D 0,762 0,651 0,873 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,764 0,654 0,874 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + CX3CR1 + TAP2 + CTLA4 0,764 0,651 0,878 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 0,761 0,647 0,874 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CD3D 0,767 0,659 0,876 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CD3D + CTLA4 0,764 0,654 0,874 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CTLA4 0,746 0,623 0,869 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 0,778 0,671 0,884 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D 0,771 0,665 0,877 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,769 0,661 0,877 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + CTLA4 0,769 0,655 0,883 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 0,787 0,688 0,886 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,781 0,682 0,88 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,781 0,683 0,879 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,782 0,68 0,884 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 0,78 0,68 0,881 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 + CD3D 0,781 0,682 0,88 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,782 0,684 0,88 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + S100A9 + TAP2 + CTLA4 0,78 0,677 0,883 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + TAP2 0,764 0,652 0,876 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + TAP2 + CD3D 0,761 0,647 0,874 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + TAP2 + CD3D + CTLA4 0,76 0,647 0,873 J5 / 7 CIITA + IL1R2 + CD74 + CD177 + TAP2 + CTLA4 0,763 0,65 0,877 J5 / 7 CIITA + IL1R2 + CD74 + CD3D 0,753 0,637 0,869 J5 / 7 CIITA + IL1R2 + CD74 + CD3D + CTLA4 0,755 0,632 0,877 J5 / 7 CIITA + IL1R2 + CD74 + CTLA4 0,751 0,626 0,875 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 0,748 0,628 0,869 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 + CD3D 0,745 0,626 0,864 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 + CD3D + CTLA4 0,749 0,628 0,87 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 + CTLA4 0,749 0,625 0,873 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 0,768 0,658 0,878 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 + CD3D 0,764 0,655 0,874 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 + CD3D + CTLA4 0,763 0,65 0,875 J5 / 7 CIITA + IL1R2 + CD74 + CX3CR1 + TAP2 + CTLA4 0,764 0,649 0,879 J5 / 7 CIITA + IL1R2 + CD74 + IFNG 0,755 0,634 0,876 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 0,751 0,626 0,876 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CD3D 0,75 0,622 0,878 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CD3D + CTLA4 0,75 0,622 0,879 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CTLA4 0,748 0,616 0,879 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 0,751 0,624 0,877 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + CD3D 0,757 0,628 0,886 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,752 0,621 0,884 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + CTLA4 0,752 0,622 0,882 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 0,774 0,661 0,888 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,774 0,659 0,888 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,776 0,663 0,889 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,774 0,659 0,89 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 0,77 0,656 0,885 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CD3D 0,789 0,681 0,897 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,789 0,681 0,896 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CTLA4 0,761 0,636 0,885 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 0,798 0,696 0,899 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,802 0,695 0,909 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,801 0,693 0,908 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,795 0,682 0,907 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,813 0,716 0,91 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D 0,809 0,711 0,908 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,81 0,714 0,907 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,812 0,713 0,911 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 0,793 0,694 0,893 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D 0,797 0,697 0,897 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CD3D + CTLA4 0,807 0,711 0,902 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + S100A9 + TAP2 + CTLA4 0,793 0,693 0,893 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 0,774 0,66 0,889 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 + CD3D 0,77 0,654 0,885 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 + CD3D + CTLA4 0,773 0,66 0,886 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD177 + TAP2 + CTLA4 0,771 0,654 0,888 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD3D 0,76 0,637 0,883 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CD3D + CTLA4 0,756 0,627 0,885 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CTLA4 0,758 0,63 0,885 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 0,76 0,64 0,88 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + CD3D 0,759 0,636 0,883 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + CD3D + CTLA4 0,758 0,631 0,885 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + CTLA4 0,758 0,629 0,887 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 0,776 0,664 0,889 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D 0,775 0,663 0,888 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 + CD3D + CTLA4 0,777 0,662 0,891 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + CX3CR1 + TAP2 + CTLA4 0,777 0,661 0,893 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 0,785 0,675 0,895 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CD3D 0,786 0,678 0,893 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CD3D + CTLA4 0,785 0,675 0,895 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CTLA4 0,778 0,66 0,897 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 0,791 0,686 0,896 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D 0,8 0,693 0,906 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + CD3D + CTLA4 0,801 0,692 0,911 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + CTLA4 0,793 0,683 0,904 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 0,807 0,711 0,903 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D 0,798 0,698 0,898 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,797 0,695 0,9 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + CX3CR1 + TAP2 + CTLA4 0,801 0,699 0,904 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 0,807 0,709 0,904 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 + CD3D 0,798 0,699 0,898 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 + CD3D + CTLA4 0,799 0,699 0,898 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + S100A9 + TAP2 + CTLA4 0,8 0,697 0,902 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + TAP2 0,777 0,665 0,889 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + TAP2 + CD3D 0,774 0,661 0,888 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + TAP2 + CD3D + CTLA4 0,778 0,664 0,892 J5 / 7 CIITA + IL1R2 + CD74 + IFNG + TAP2 + CTLA4 0,776 0,66 0,892 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 0,774 0,662 0,887 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CD3D 0,776 0,668 0,884 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CD3D + CTLA4 0,774 0,66 0,888 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CTLA4 0,762 0,639 0,884 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 0,78 0,669 0,892 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + CD3D 0,775 0,667 0,883 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + CD3D + CTLA4 0,774 0,66 0,888 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + CTLA4 0,768 0,647 0,889 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 0,786 0,682 0,889 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D 0,791 0,691 0,891 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 + CD3D + CTLA4 0,788 0,685 0,891 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + CX3CR1 + TAP2 + CTLA4 0,788 0,68 0,895 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + TAP2 0,786 0,684 0,887 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + TAP2 + CD3D 0,791 0,69 0,891 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + TAP2 + CD3D + CTLA4 0,79 0,684 0,896 J5 / 7 CIITA + IL1R2 + CD74 + S100A9 + TAP2 + CTLA4 0,787 0,679 0,894 J5 / 7 CIITA + IL1R2 + CD74 + TAP2 0,77 0,659 0,88 J5 / 7 CIITA + IL1R2 + CD74 + TAP2 + CD3D 0,768 0,658 0,879 J5 / 7 CIITA + IL1R2 + CD74 + TAP2 + CD3D + CTLA4 0,766 0,649 0,882 J5 / 7 CIITA + IL1R2 + CD74 + TAP2 + CTLA4 0,766 0,65 0,882 J5 / 7 CIITA + IL1R2 + CTLA4 0,724 0,604 0,843 J5 / 7 CIITA + IL1R2 + CX3CR1 0,739 0,633 0,846 J5 / 7 CIITA + IL1R2 + CX3CR1 + CD3D 0,743 0,638 0,848 J5 / 7 CIITA + IL1R2 + CX3CR1 + CD3D + CTLA4 0,73 0,612 0,849 J5 / 7 CIITA + IL1R2 + CX3CR1 + CTLA4 0,73 0,609 0,851 J5 / 7 CIITA + IL1R2 + CX3CR1 + TAP2 0,76 0,659 0,86 J5 / 7 CIITA + IL1R2 + CX3CR1 + TAP2 + CD3D 0,754 0,654 0,853 J5 / 7 CIITA + IL1R2 + CX3CR1 + TAP2 + CD3D + CTLA4 0,757 0,655 0,858 J5 / 7 CIITA + IL1R2 + CX3CR1 + TAP2 + CTLA4 0,76 0,658 0,862 J5 / 7 CIITA + IL1R2 + IFNG 0,745 0,648 0,842 J5 / 7 CIITA + IL1R2 + IFNG + CD177 0,726 0,611 0,842 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CD3D 0,735 0,615 0,855 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CD3D + CTLA4 0,732 0,61 0,853 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CTLA4 0,72 0,599 0,841 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 0,752 0,646 0,859 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + CD3D 0,754 0,635 0,873 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + CD3D + CTLA4 0,751 0,633 0,869 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + CTLA4 0,739 0,621 0,858 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 0,778 0,674 0,882 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D 0,775 0,671 0,88 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 + CD3D + CTLA4 0,777 0,673 0,88 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + CX3CR1 + TAP2 + CTLA4 0,774 0,669 0,88 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 0,761 0,656 0,866 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CD3D 0,765 0,651 0,879 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CD3D + CTLA4 0,766 0,652 0,88 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CTLA4 0,748 0,629 0,866 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 0,797 0,698 0,895 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D 0,789 0,678 0,9 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + CD3D + CTLA4 0,788 0,675 0,901 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + CTLA4 0,785 0,673 0,898 J5 / 7 CIITA + IL1R2 + IFNG + CD177 + S100A9 + CX3CR1 + TAP2 0,809 0,715 0...

Claims

1. An in vitro or ex vivo method for determining a risk of incidence of a healthcare-associated infection, preferably a nosocomial infection, in a patient, preferably a patient within a healthcare facility, comprising a step of measuring the expression of CIITA in a biological sample from said patient.

2. The method as claimed in claim 1, characterized in that it additionally comprises a step of measuring, in the biological sample from the patient, the expression: - of at least one gene selected from the family of genes encoding molecules involved in the innate immune system, and / or - of at least one gene selected from the family of genes encoding molecules of the cell cycle, and / or - of at least one gene selected from the family of genes encoding cytokines, and / or - of at least one gene selected from the family of genes encoding antiinflammatory cytokines, and / or - of at least one gene selected from the family of genes encoding pro-inflammatory cytokine receptors, located on chromosome 2 in the the region 2q11-2q12, and / or - of at least one gene selected from the family of genes encoding pro-inflammatory cytokines, and / or - of at least one gene selected from the family of genes encoding molecules involved in cytoskeleton formation, and / or - of at least one gene selected from the family of genes encoding molecules involved in gene expression and / or transcription, and / or - of at least one gene selected from the family of genes encoding growth factors, and / or - of at least one gene selected from the family of genes encoding molecules of the metabolism, and / or - of at least one gene selected from the family of genes encoding molecules involved in the adaptive immune system, and / or - of at least one gene selected from the family of genes encoding molecules involved in signal transduction, and / or - of at least one gene selected from the family of genes encoding molecules involved in modulation of the acute phase.

3. The method as claimed in claim 1 or 2, characterized in that it comprises a step of measuring, in the biological sample from the patient, the expression: - of at least one gene selected from the following genes: GNLY, S100A9, C3AR1, ADGRE3, CD177, CX3CR1, IFIH1, OAS2, OAS3, and / or - of at least one gene selected from the following genes: CCNB1IP1, CDKN1A, CDKN1B, CDKN1C, CDKN2B, CDKN2C, CDKN2D; and / or - of at least one gene selected from the following genes: IL15, IL2, MCP1(CCL2), CXCL10, and / or - of at least one gene selected from the following genes: IL10, IL1RN, and / or - of at least one gene selected from the following genes: IL18R1, IL1R2, IL1R1 and IL18RAP, and / or - of at least one gene selected from the following genes: IFNG, IL1B, IL17A, IL18, IL6, TNF, and / or - of at least one gene selected from the following genes: ARL14EP, GSN, and / or - of at least one gene selected from the following genes: DYRK2, GATA3, MDC1, NFKB1, RORC, STAT4, TBX21, TDRD9, and / or - of the CSF2 gene, and / or - of at least one gene selected from the following genes: ALOX5, BPGM, TRAP1, and / or - of at least one gene selected from the following genes: CD40LG, CD3D, BTLA, CD274, CTLA4, ICOS, PDCD1, TNFSF4, CD74, FCGR1A, LILRB2, TAP2, and / or - of at least one gene selected from the following genes: FLT1, HAVCR2, IL7R, ZAP70, and / or - of the HP gene.

4. The method as claimed in claim 1, characterized in that it comprises a step of measuring, in the biological sample from the patient, the expression of at least one gene selected from the following genes: GNLY, S100A9, C3AR1, ADGRE3, CD177, CX3CR1, OAS2, CCNB1IP1, IL10, IL1RN, IL1R2, IFNG, TNF, ARL14EP, TAP2, GATA3, MDC1, TDRD9, BPGM, CD3D, CD274, CTLA4, CD74, IL7R, ZAP70, HP.

5. The method as claimed in claim 4, characterized in that it comprises a step of measuring, in the biological sample from the patient, the expression of at least one gene selected from the following genes: S100A9, C3AR1, CD177, CX3CR1, IL1R2, IFNG, TAP2, CD3D, CTLA4, CD74, HP.

6. The method as claimed in one of claims 1 to 5, characterized in that the biological sample is a blood sample, preferably a total blood sample.

7. The method as claimed in one of claims 1 to 6, characterized in that the expression is measured at the messenger RNA (mRNA) level.

8. The method as claimed in one of claims 1 to 7, characterized in that the expression is measured by RT-PCR, preferably by RT-qPCR.

9. The method as claimed in one of claims 1 to 7, characterized in that the expression is measured by sequencing.

10. The method as claimed in one of claims 1 to 7, characterized in that the expression is measured by hybridization.

11. The method as claimed in one of claims 7 to 10, characterized in that the expression is normalized in relation to the expression of one or more housekeeping genes.

12. The in vitro or ex vivo use: - of means for amplifying and / or means for detecting the expression of CIITA, or - of a kit comprising such amplification and / or detection means, for determining a risk of incidence of a healthcare-associated infection in a patient.

13. The in vitro or ex vivo use as claimed in claim 12 for determining a risk of a healthcare-associated infection, also comprising means for amplifying and / or detecting the expression of at least one other gene selected from those of claim 3.