Hydroxylamine probes convert RBC superoxide into stable nitroxides for EPR measurement, addressing weak storage-quality assessment.
Fluorogenic AMC and V-P-R-AMC substrates detect thrombin generation as low as 5 pM to assess anticoagulant efficacy.
High-affinity antibodies enrich low-abundance peptides from dried blood spots, enabling multiplexed immuno-SRM screening before symptoms appear.
SNTF links acute axonal damage with white matter risk and persistent cognitive dysfunction in CT-negative mTBI patients.
Selective association screening separates macromolecule effects from whole-condensate disruption, supporting tissue-specific compound discovery.
Parallel assays test immunotherapeutic and chemotherapeutic agents on CTCs and biopsy-derived cells to predict response in 10 days.
CD3+CD4+ T-cell biomarker ratios help predict autoimmune disease flare before biologic DMARD withdrawal, limiting unnecessary exposure.
Measuring PTX3 before blood-culture results helps identify late-onset neonatal sepsis and reduce unnecessary antibiotic exposure.
Learn how blood immunoassays measure anti-YB-1 autoantibodies to support non-invasive Alzheimer's disease diagnosis.
Biomarkers such as Nox5 and nitrotyrosine identify HFpEF endotypes before targeted NO-cGMP-PKG therapy.
Urine exopher analysis reveals podocyte-derived proteostatic dysfunction markers for non-invasive kidney disease diagnosis and monitoring.
The kit quantifies reduced DEFA in serum with ELISA or LFA, avoiding complex separation for rapid multi-cancer screening.
When PDAC diagnosis and prognosis are unreliable, soluble immune protein signatures help guide surgery or alternative treatment decisions.
Stool testing measures cyclohexane carboxylic acid compounds by GC-MS to estimate IBS probability and predict dietary response.
Specific autoantibody panels identify anti-Ro-negative Sjögren’s syndrome from liquid samples without salivary gland biopsy.
Compare PCT and proADM levels before and after antibiotics to guide treatment changes and identify high-risk patients early.
Two blood samples collected after head injury track UCH-L1 and GFAP changes for objective TBI severity assessment beyond CT.
Conventional CK-MB assays can delay cardiac damage detection; fluorescent single-molecule cTnI analysis supports detection within 3–4 hours.
Enzymatic digestion and LC-MS-MS quantify peptide fragments to reveal low-level peanut allergen signatures and release profiles.
Dynamic FRET signals distinguish metastatic potential and chemoresistance in living single cancer cells despite tumor heterogeneity.
CCR6 and CXCR6 markers identify F. prausnitzii-specific DP8a cells in blood, supporting non-invasive IBD diagnosis, prognosis, and treatment monitoring.
Measure proADM in patient samples to improve platelet abnormality risk stratification and flag possible DIC or organ failure.