18 results about "Patient age" patented technology

A group of marker sets capable of effectively predicting acute pain of a patient after cesarean section is screened out, and the marker sets comprise whether the patient has preoperative anxiety or not, whether the patient is gestational diabetes mellitus or not, the age of the patient, the Pittsburgh sleep quality index (PSQI) of the patient, the gestational week age of the patient and the abdominal circumference of the patient. On the basis, a visual and quantifiable column diagram prediction model is constructed, the method can be used for evaluating the risk probability of acute pain occurring after a cesarean section patient is operated clinically before an operation, targeted and individualized pain management is provided for the patient subsequently, the pregnancy safety of the patient is improved, and physical and psychological pain of the patient after the operation is relieved.

This application relates to a method and system for generating AMH test reports using multi-dimensional data fusion. The method includes extracting AMH samples from women of a specific age group and establishing a regression standard curve between age and the mean AMH value based on statistical distribution. The theoretical AMH value is obtained from the standard curve based on the patient's age, and combined with the actual test value to calculate the AMH standard offset reflecting the degree of deviation. Based on the statistical distribution of the sample set, a preset interval threshold reference range for the offset is set and simultaneously presented in the report as an evaluation benchmark. When the offset exceeds a preset risk threshold, multi-dimensional clinical data from the patient's historical diagnosis, hormone levels, and ultrasound are automatically collected and entered into the analysis process. The offset index, reference range, and multi-dimensional data mining results are fused to obtain structured and personalized report suggestions to assist in precise clinical decision-making.

The goal is to generate appropriate ultrasound image data based on the patient's age. [Solution] The ultrasound diagnostic device comprises a transmitting / receiving unit, a generating unit, an image processing unit, an acquisition unit, and an output unit. The transmitting / receiving unit causes an ultrasound probe, which transmits and receives ultrasound from the patient, to transmit and receive ultrasound based on the transmission / receiving conditions. The generating unit generates ultrasound image data based on the received signal from the ultrasound probe. The image processing unit processes the ultrasound image data based on the image processing conditions. The acquisition unit acquires information related to the patient's age. The output unit derives at least one of the transmission / receiving conditions for the ultrasound probe and the image processing conditions based on the age-related information.

The invention discloses an intelligent terminal and system for evaluating the consciousness state of an unconscious patient based on neurology department monitoring, and belongs to the technical field of medical treatment. According to the method, feature sampling is carried out on the collected neurology department monitoring real-time data of the coma patient, the preset evaluation index of the patient is obtained and analyzed, the key consciousness state risk evaluation parameter is marked as the patient consciousness state basic score of the current monitoring period, and the comprehensive evaluation result of the consciousness state of the coma patient is obtained. An evaluation model is constructed by combining monitoring data collection with key feature extraction, a convolutional neural network of a multi-feature extraction layer and a recurrent neural network of time sequence learning, weights are dynamically corrected by combining individual factors, intelligence and individuation of consciousness state evaluation are achieved, feature vectors of four types of indexes are optimized through the multi-feature extraction layer, and the evaluation accuracy of the consciousness state evaluation is improved. Dynamic correction is carried out by combining the age of the patient, the cause of coma and the monitoring period, so that the evaluation result can reflect the overall consciousness state and highlight the key risk point of the individual.

The invention discloses an outpatient department accurate shunting and appointment guiding method based on AI pre-inquiry analysis. The method comprises the following steps that S1, a patient initiates pre-inquiry: the patient initiates a pre-inquiry request through a hospital APP, a self-service machine or an applet terminal; and S2: pushing the standardized inquiry questionnaire: the hospital APP, the self-service machine or the applet end pushes the standardized inquiry questionnaire through the shunting reservation system. By integrating multi-dimensional information such as texts, images, audios, patient ages and medical histories and by means of BERT semantic understanding, a medical knowledge graph and an XGBoost algorithm, the department matching accuracy is larger than or equal to 95%, the wrong number hanging rate is reduced to 3% or below, the limitation of single symptom matching is broken through, the cross-specialist differential diagnosis ability is improved, AI model driving replaces a rigid rule base, and the accuracy of diagnosis is improved. And iterative optimization is carried out through 1-20 thousand newly added data in each month, and rapid updating of the adaptive medical knowledge is realized.

We provide the system. [Solution] A system for generating rehabilitation plans for the elderly, A means of inputting the patient's age, sex, physique, athletic ability, symptoms, personality, and goals, A server that generates a rehabilitation plan based on the input information, A means for displaying the generated rehabilitation plan and allowing the user to review and adjust it, A system that includes this.

This invention discloses a urodynamic intelligent diagnostic method based on a multi-tree model fusion of prior regularization and an age-modulated network, belonging to the field of medical intelligent diagnostic technology. This method integrates four tree models—XGBoost, LightGBM, Random Forest, and CatBoost—combining five-fold cross-validation and multiple random seeds to obtain feature prior weights, and assigns positive or negative weights using the Spearman correlation coefficient. The age-modulated sub-network dynamically adjusts the feature weights according to the patient's age. The main network with prior regularization constraints uses a cosine similarity regularization term to guide the direction of learnable weights, improving diagnostic accuracy and interpretability. This invention achieves an average AUC of over 0.94 for diagnosing bladder outlet obstruction, with significantly better accuracy, recall, and F1 score than existing methods. It effectively solves the problems of poor interpretability, insufficient integration of individual age factors, and unreasonable feature weight design in existing diagnostic models, thus adapting to the needs of clinical urodynamic diagnosis.

A system and method is described that automatically collects health information from multiple health data provider sources, combines it into a database, then provides a view of the information on a body map. The body map can be a drawing, photograph, or other visual model, and can be changed over time as the patient advances in age. While the image may change over time, the system continues to plot the information in the correct body location.

The invention belongs to the technical field of intelligent medical treatment, and discloses a dynamic risk assessment method and system for light-chain amyloidosis. A traditional staging system does not consider age factors and does not consider interaction between hematology and organ remission, so that obvious defects exist in the aspect of prognosis personalized risk prediction. According to the method, a 6-month risk scoring model and a 12-month risk scoring model are created for the first time, the age, hematological remission and heart and kidney organ remission depth of a patient are subjected to weighted integration through a multivariable Cox proportional risk model, and risk scores are generated and divided into corresponding risk grades. According to the method, the independent contribution and the interactive influence of each factor on the death risk are quantified, the method is closer to the complicated biological nature of the disease, continuous monitoring, dynamic evaluation and accurate prediction of prognosis are realized, the clinical use threshold is greatly reduced, the treatment decision can be directly linked, and an objective basis is provided for the treatment decision.

The application discloses a kind of acne diagnosis and treatment prediction method, system, medium and computer program product, it is related to artificial intelligence and medical health technical field, its technical scheme main point is: obtaining multi-view facial image data, extracting features by multi-branch CNN architecture, each branch extracts single-view feature, the single-view feature extracted is fused, obtain the feature after fusion, the feature after fusion is input into classification model, and obtain acne severity classification result;Obtain patient age, gender and prescription information, input patient age, gender and prescription information and acne severity classification result into trained prediction model, and obtain treatment prediction result;Using SHapley algorithm, establish prediction model interpreter, and explain treatment prediction result.The framework proposed in the application bridges the gap between acne diagnosis and personalized treatment planning, and provides a reliable and interpretable clinical tool for improving patient outcomes and optimizing treatment strategies.

The invention discloses a power control system and method for a semiconductor laser therapeutic instrument, and particularly relates to the technical field of laser equipment control. According to the power control system and method, starting, continuing and ending stages are divided based on treatment time, and the strategies of initial penetration, continuous adaptation and gradual power reduction are correspondingly adopted; in the continuous treatment stage, the skin impedance amplitude and tissue temperature biological parameters of a patient are collected, and in combination with personalized dynamic reference values generated by the age, gender and pre-treatment initial parameters of the patient, a state index is calculated and power is dynamically adjusted, so that individual differences and treatment requirements of different patients are met, the curative effect is considered, and excessive treatment is avoided; the problem that in the prior art, power control lacks individualized and dynamic self-adaptive capacity is solved.

The invention discloses an anesthesia depth monitoring method based on multivariate data, relates to the technical field of anesthesia depth monitoring, and solves the technical problems of interval distortion and inaccurate sudden change trend judgment and traceability caused by single hemodynamic index anomaly detection. Multi-dimensional information such as patient age, basic medical history and preoperative baseline is synchronously extracted, an index judgment interval is generated in combination with an improved algorithm, the monitoring accuracy is improved, temporary interference data such as pain and stress are removed in haemodynamic index processing, and then individual deviation degree detection and distribution rationality detection are carried out, so that the accuracy of monitoring is improved. The defect of only group adjacent difference detection is overcome, the index accuracy is further improved, sudden change authenticity verification is newly added, invalid alarms caused by equipment errors are effectively filtered, meanwhile, an emergency priority tracing mechanism is established, and emergency delay caused by no priority of tracing in the prior art is avoided.

A computer-implemented method of determining, for a patient, a risk of developing sepsis is described. The method comprises obtaining, at a computing device, a set of patient data indicative of at least one of: a patient age value, a patient heart rate value, a patient respiratory rate value, a patient diastolic blood pressure value, a patient systolic blood pressure value, a patient temperature value, and a patient oxygen saturation value; and at least one value of a Monocyte Distribution Width (MDW) of the patient. Further, the method comprises determining, based on processing the obtained set of patient data with the computing device, at least one sepsis indicative of the risk for a sepsis event occurring at the patient.

The invention relates to a method for training a prediction model (1, 2) which assigns one or more laser irradiation parameters (10a, 10b, 10c) to current state parameters (3a, 3b, 3c, 4a, 4b, 4c) of a patient (5) for retinal treatment, characterized in that, as training data for a plurality of patients (9a, 9b, 9c), in each case at least one parameter (6a, 6b, 6c) determined independently of the patient's retina (in particular a skin parameter, a hair parameter, an iris parameter, a patient age, a physiologically relevant life habit or a previous illness) and at least one retinal image (7a, 7b, 7c) of the patient acquired by an imaging method are used as training input parameters; and, on the other hand, a threshold value for a laser irradiation parameter (8a, 8b, 8c) is used as a training result parameter, which, when exceeded, leads to a permanent damaging tissue change. The invention further relates to such a prediction model and its use in patient retinal irradiation.

This invention relates to the field of oral medical diagnostic and identification technology, and provides a decision-making method and system for maxillary arch expansion diagnosis and expander selection. The method includes: S1: acquiring and verifying multiple mandatory parameters such as dentition stage, patient age, transverse width of maxillary and mandibular teeth, transverse width of maxillary and mandibular skeletal structure, bone or tooth expansion requirements, and midpalatal suture stage; S2: performing anchorage determination based on dentition type to obtain anchorage status; S3: inputting the structured parameter set into a hierarchical decision tree algorithm, using whether the bone or tooth expansion requirements have reached a preset activation threshold as the initial judgment condition, matching decision branches layer by layer according to a preset priority order, and arbitrating according to the anchorage safety priority rule when multiple candidate schemes conflict, outputting a maxillary arch expansion scheme; S4: outputting the maxillary arch expansion scheme and its corresponding judgment basis. This solves the problems of subjective judgment of midpalatal suture maturity, inaccurate estimation of skeletal and dental expansion amounts, and lack of a unified standard for assessing anchorage conditions at different dentition stages.

A display system for a computer aided lung cancer diagnosis system is described. The system comprises: a user interface which comprises: a patient information display wherein the patient information comprises one or more of: patient name, patient age, patient sex, smoking history, disease history, and current patient status; an image display for displaying at least one of a selected plurality of medical images acquired at different times and an associated image report; and a patient timeline display for providing a visual display of patient events over a set time period; and a proxy data store to store the selected plurality of medical images, wherein the selected plurality of medical images are provided from an external archive and are pre-selected to comprise one or more relevant archive images, and exclude irrelevant archive images.

The application discloses a method and system for constructing a diabetic kidney disease (DKD) knowledge graph based on clinical data of DKD, and the method comprises the following steps: collecting clinical data according to a DKD diagnosis standard, a clinical stage, a patient age and a sample size estimation model F, grouping and sample estimation processing the clinical data to obtain basic clinical information data; deriving data from the basic clinical information data, and performing annotation classification and co-occurrence analysis on the derived data to obtain structured basic clinical information data; determining nodes based on variable factors and adding node identifiers and node labels, calculating the weights of the nodes and the edges connecting the nodes according to the correlation and co-occurrence values between the nodes, and determining the types and weights of the edges; constructing a DKD knowledge graph based on the nodes and the edges; and drawing a visual DKD knowledge graph based on the constructed DKD knowledge graph, so as to improve the accuracy and timeliness of judging the DKD progression speed.

The invention discloses a pediatric psychological nursing interactive guidance and emotional state real-time monitoring analysis method, which comprises the following steps of: synchronously acquiring facial expression related data, voice emotion related data and physiological signal related data of a pediatric patient in a non-invasive manner by deploying an emotional state real-time monitoring module to form a multi-dimensional emotion related data set; the emotional state information is encrypted and transmitted to the analysis layer through the transmission layer, and an emotional state result is output through a multi-modal data fusion algorithm and an emotional state recognition model by adopting an edge computing and cloud collaborative architecture; a personalized interaction guiding module of the application layer is combined with pediatric patient age information and character labels to push adaptive content; and the data management and effect evaluation module encrypts the stored data and comprehensively evaluates the stored data to form a'monitoring-intervention-evaluation-optimization 'closed loop. According to the invention, emotion monitoring accuracy and guiding suitability are improved, data safety is guaranteed, and pediatric psychological nursing is helped to develop to precision and individuation.