ObjectiveTo evaluate the effect of standardized blood pressure measurement in consulting room （SBPM） model on blood pressure screening of non-hypertensive patients in community. MethodsFour communities were randomly selected from Fengxian District of Shanghai， and non-hypertensive patients in the communities were included for screening. Based on the communities， participants were further classified into the intervention group and control group. A one-year intervention study was conducted from January 1， 2021 to December 31， 2021. The intervention group received the intervention measures of standardized measurement， and the control group remained the routine measurement. The distribution of blood pressure values and last digit of the values between the intervention group and control group were tested using Chi-square test and normality test. Then changes in abnormal blood pressure rate before and after the intervention were determined by double difference method. Statistical analysis was performed using SPSS 20.0. ResultsA total of 15 368 participants were included in the intervention group， and 19 811 participants in the control group. After the intervention， range of the last digit of blood pressure values in the intervention group was 9.55%‒10.41%， of which that of systolic and diastolic blood pressure were equally distributed （P=0.932 and 0.871， respectively）. The range of the last digit in the control group was 1.31%‒42.58%， of which that of systolic and diastolic blood pressure showed unequal distribution （P<0.001）. Through one-year standardized measurement intervention， the abnormal rate of blood pressure in the intervention group was 26.29%， which was 7.61 times as high as that in the control group （OR=7.55， 95%CI： 6.75‒8.57， P<0.001）. ConclusionStandardized blood pressure measurement in consulting room is suitable for the screening of blood pressure measurement in community， which has higher data quality than that of routine measurement.

Objective To observe the effect of Compoud Qingqin Liquids on renal function of rat model of uric acid nephropathy, and to discuss its protection of renal function. Methods The rat model was induced by gavaging adenine and feeding yeast. SD rats were randomly divided into control group, model group, positive group, and high-, medium-, low-dose groups of Chinese medicine. Blank control group and model group were daily gavaged with distilled water, positive control group was daily gavaged with allopurinol by 9.33 mg/kg, and high-, medium-, low-dose group of Chinese medicine was daily gavaged with Compound Qinggin Liguids by 3.77, 1.89, 0.09 g/(kg·d) respectively for 6 weeks. General condition of rats were observed, renal pathological changes were observed with light and electron microscope. Urine protein concentration, blood uric acid, blood urea nitrogen, creatinine and kidney weight index were respectively tested before and after treatment. Results There were no significant differences in eating, drinking and body weight between before and after modeling. Compoud Qingqin Liquids can obviously decrease the concentration of urine protein, blood uric acid, serum creatinine, blood urea nitrogen, and kidney weight index (P<0.05) of rats with uric acid nephropathy. Renal tubular epithelial cells atrophy and renal interstitial fibrosis of high-dose group of Chinese medicine were not evident. Conclusion Compoud Qingqin Liquids can protect the rats renal function against uric acid renal injury.

Objective: To understand the occupational hazard and distribution of silica dust (free SiO₂≥10%) in the workplace environment of the enterprises in Fengxian District, and to provide scientific basis for improving the working environment and protecting the physical and mental health of the workers. Methods: Individual sampling monitoring and on-site labor hygiene investigation were conducted on 421 workers involved in 87 silicon dust enterprises in the jurisdiction from 2014 to 2018, and measured concentration-time weighted average (C_TWA) . Results: The results showed that the range of the C_TWA was (0.021~17.000) mg/m³, the median was 1.600 mg/m³, and the qualified rate of 30.88%. The difference of total dust concentration was statistically significant in different years (Z=38.831, P<0.05) . The qualified rate of small-scale enterprises is higher than that of medium-scale enterprises (χ²=9.472, P<0.05) . The qualified rate of other domestic enterprises is higher than that of private enterprises and foreign enterprises (χ²=10.089, P<0.05) . The acceptance rate of metal products manufacturing is lower than that of general equipment manufacturing and other manufacturing enterprises (χ²=64.626, P<0.05) . The qualification rate of natural ventilation is higher than that of mechanical ventilation (χ²=6.278, P<0.05) . Conclusion The enterprises involved in silicon production in Fengxian District need to further strengthen the production process reform and improve the ventilation and dust removal protection measures. Widely carry out the publicity of occupational disease prevention and control law, conduct targeted pre-job training, improve workers' awareness of self-protection, and protect the occupational health of workers in many ways.

Objective:To understand the risk characteristics of high-risk population of chronic disease in Shanghai， and provide theoretical basis for screening management and health intervention. Methods:The data from the 2013 Shanghai Non-communicable and Chronic Diseases Surveillance was used for analysis. People （aged 35 and over） who had no diagnosis of hypertension， diabetes and dyslipidemia but met the criteria for high-risk groups of chronic diseases were included in the study. Finally， 3 682 participants were included. Results:In this high-risk population， 62.90% of the subjects has total serum cholesterol level of 5.2-6.2 mmol/L， 35.88% had blood pressure level of （130-139）/（85-89） mmHg， 30.50% had abdominal obesity， 27.68% were current smokers， and 8.75% had fasting blood glucose level of 6.1-7.0 mmol/L. Among the different risk characteristics， the detection rate of smoking risk in men was higher than that in women （64.51% vs. 1.49%）. On the contrary， the detection rate of waist circumference and serum total cholesterol risk in women was higher than that in men （34.90% vs. 24.31% and 72.30% vs. 49.67%， respectively）. The differences were statistically significant （P<0.05）. The detection rates of the five high-risk characteristics were not the same in all age groups. The detection rate of blood pressure risk was relatively low， and the cholesterol risk was relatively high in the highly educated population. The blood pressure risk was the highest among agricultural practitioners （42.26%）. The detection rate of smoking risk was the highest in rural areas （31.45%）， and the risk of cholesterol was the highest in urban areas （68.54%）. The differences were statistically significant （P<0.05）. Among the high-risk groups of chronic diseases in Shanghai， the distribution of high-risk characteristics in genders， ages， and occupational types were not the same and the differences were statistically significant （P<0.05）. Conclusions:The level of risk characteristics among high-risk groups of chronic diseases in Shanghai is relatively high. Relevant departments should carry out targeted health interventions for different populations to reduce the level of risk factors in high-risk groups of chronic diseases and control the potential risk of chronic diseases.