RESUMO
Objective: To study the rule pattern of risk factor of stroke through data analysis of preliminary screening of large-scale stroke. Methods: The preliminary screening data of risk factors in stroke were gathered from the National Center for Stroke Screening and Prevention and Control. And the association rules mining was adopted in the research. The relevant risk factors of stroke in large-scale crowd were researched, and 0.1% was chose as minimum support and 10% were used as minimum confidence coefficient. The rule mode of stroke was mined by using above conditions. Results: In the nine risk factors of the table of preliminary screening, there was a weak correlation between "transient ischemic attack (TIA) in past", "hypertension", "family history of stroke" and stroke, respectively. And TIA, atrial fibrillation or valvular heart disease, family history of stroke, hypertension and diabetes were the most important risk factors. At the same time, the study found that age would become an important risk factor for stroke when patient was older than 60. Conclusions: In the 21 presumptive rule patterns with big probability, some of them has not received sufficient attention in past. And the rule pattern of risk factor of stroke provides a new diagnostic basis with value.
RESUMO
Objective To Design a medical information system to meet the requirements for informatized medical support by the field medical support institution. Methods J2EE architecture and Java technology were applied to the design of the system, and star topology was used for network deployment. Results The system shared casualty treatment data with servicemen electronic tag and medical commanding information with logistics integrated command and control platform,so that the requirements for medical information were met in the institution.Conclusion The system improves the field medical support institution in medical support ability,treatment rate and efficacy.
RESUMO
OBJECTIVE: To develop a kit of time-resolved fluoroimmunoassay (TRFIA) for detection of Schistosoma japonicum protein SjP38, and evaluate its effectiveness. METHODS: The anti 9G7 SjP38 monoclonal antibody was used as the capture anti-body coated with 96-hole plate, and the Eu3+ labeled 1A6 monoclonal antibody was used as the detection antibody to establish the TRFIA SjP38 kit. In addition, the accuracy, sensitivity, precision, stability and coincidence rate to pathogenic diagnosis of the kit were evaluated. RESULTS: This established kit possessed high accuracy, wide linear range from 2 to 1 250 ng/ml, high sensitivity with the minimum detectable concentration of 0.14 ng/ml, and good precision (the coefficient variation of the intra- and inter-assay were 3.6% to 4.6% and 5.1% to 6.7%, respectively). The stability tests showed that the reagents could be stable for six months at 4 â, 7 d at 37 â. The positive and negative corresponding rates to the pathogen detection method were 95% and 100% respectively. CONCLUSIONS: All the performance and detection indicators of the kit have reached the requirements of clinical test, but its clinical application still needs further validation.
