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Objective@#To understand the iodine nutritional status of residents in the newly identified high iodine and non-high iodine areas in Puyang, and to provide evidence for relevant departments to adjust the iodine supplementation policy.@*Methods@#According to the survey results of drinking water iodine content in 2017, in 2018 stratified and systematic sampling methods were used to extract 25 villages in the newly identified high iodine areas and non-high iodine areas in Puyang City. Each village surveyed 40 children and 20 pregnant women, the urinary iodine content of the subjects and the salt iodine content at their home were measured, and the thyroid volume of children in 10 villages in high iodine and non-high iodine areas was measured.@*Results@#In high iodine areas and non-high iodine areas, the household salt samples collected were 1 357 and 1 544, respectively, the iodized salt coverage rate was 87.91% (1 193/1 357) and 85.62% (1 322/1 544), respectively, and the difference was not statistically significant (χ2 = 3.291, P > 0.05). A total of 1 028 children and 329 pregnant women in high iodine areas were investigated, their median urinary iodine content was 337.0 and 289.0 μg/L, respectively; a total of 1 041 children and 503 pregnant women in non-high iodine areas were investigated, their median urinary iodine content were 310.0 and 265.0 μg/L, the differences of the urinary iodine content between high iodine and non-high iodine areas were statistically significant (Z = -3.825, -2.795, P < 0.05). Thyroid volume was measured in 407 children in high iodine areas and 423 children in non-high iodine areas. The thyroid enlargement rate was 8.85% (36/407) and 3.78% (16/423), respectively, and the difference was statistically significant (χ2 = 9.053, P < 0.05).@*Conclusions@#The iodine nutrition levels of children and pregnant women in high iodine areas are higher than those in non-high iodine areas. Iodized salt should be stopped supplying in high iodine areas as soon as possible. In non-high iodine areas, the feasibility of reducing the iodine concentration of iodized salt should be investigated to ensure the iodine nutrition level of local residents.
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Objective To understand the iodine nutritional status of residents in the newly identified high iodine and non-high iodine areas in Puyang,and to provide evidence for relevant departments to adjust the iodine supplementation policy.Methods According to the survey results of drinking water iodine content in 2017,in 2018 stratified and systematic sampling methods were used to extract 25 villages in the newly identified high iodine areas and non-high iodine areas in Puyang City.Each village surveyed 40 children and 20 pregnant women,the urinary iodine content of the subjects and the salt iodine content at their home were measured,and the thyroid volume ofchildren in 10 villages in high iodine and non-high iodine areas was measured.Results In high iodine areas and non-high iodine areas,the household salt samples collected were 1 357 and 1 544,respectively,the iodized salt coverage rate was 87.91％ (1 193/1 357) and 85.62％ (1 322/1 544),respectively,and the difference was not statistically significant (x2 =3.291,P ＞ 0.05).A total of 1 028 children and 329 pregnant women in high iodine areas were investigated,their median urinary iodine content was 337.0 and 289.0 μg/L,respectively;a total of 1 041 children and 503 pregnant women in non-high iodine areas were investigated,their median urinary iodine content were 310.0 and 265.0 μg/L,the differences of the urinary iodine content between high iodine and non-high iodine areas were statistically significant (Z =-3.825,-2.795,P ＜ 0.05).Thyroid volume was measured in 407 children in high iodine areas and 423 children in non-high iodine areas.The thyroid enlargement rate was 8.85％ (36/407)and 3.78％ (16/423),respectively,and the difference was statistically significant (x2 =9.053,P ＜ 0.05).Conclusions The iodine nutrition levels of children and pregnant women in high iodine areas are higher than those in non-high iodine areas.Iodized salt should be stopped supplying in high iodine areas as soon as possible.In non-high iodine areas,the feasibility of reducing the iodine concentration of iodized salt should be investigated to ensure the iodine nutrition level of local residents.
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Objective To analyze the clinical significance of patients self -intervention on self -efficacy and lipid levels in patients with cerebral infarction.Methods 300 patients with cerebral infarction in our hospital were selected from May 2014 to May 2015,and they were randomly divided into two groups by digital table method:the observation group(n =1 50)and the control group(n =1 50),the two groups of patients had no significant differences in the general data.The observation group treated according to the conventional rehabilitation treatments for rehabilitation nursing,in view of the self -management group.After three months,the two groups of patients'self -efficacy and lipid levels were recorded before and after the intervention and the patients'self management abilities were measured. Comparisons between before and after the intervention of the indicators and between the different groups were analyzed,and the relationship of self -management ability and lipid levels of patients was analyzed by Pearson correlation analysis.Results Before the intervention,there was no difference between the two groups in the self -efficacy scale(P >0.05).After the treatment,the self -efficacy scale of the observation group was (29.85 ±5.34), which of the control group was (22.74 ±4.73),the difference between the two groups was statistically significant(t =1 2.207,P <0.001 ).For the lipid levels after treatment,the TC,TG,LDL -C,HDL -C in the observation group were (4.06 ±0.58)mmol/L,(1 .26 ±0.56)mmol/L,(2.27 ±0.49)mmol/L,(1 .42 ±0.54)mmol/L,which in the control group were (4.86 ±1 .05)mmol/L,(1 .54 ±0.48)mmol/L,(3.1 5 ±0.29)mmol/L,(1 .23 ±0.37)mmol/L, the differences between the two groups were statistically significant (t =8.1 68,4.649,1 8.929,3.555,all P <0.001 ).The correlation analysis of self -management ability and the blood lipid improvement of the two groups showed that the observation group presented positive correlation.The patients'self -management ability was stronger, its lipid improve ability was better.Conclusion From the self -efficacy and the blood lipid level analysis,cerebral infarction patients'self -intervention can promote physical and mental health and improve the symptoms of cerebral infarction.In summary,it is helpful for recovery and has positive clinical effect on cerebral infarction.
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BACKGROUND: Commutable reference materials (RMs) are suitable for end-users for evaluating the metrological traceability of values obtained using routine measurement systems. We assessed the performance of 6 routine measurement systems with validated secondary RMs. METHODS: We tested the homogeneity, stability, and commutability of 5 minimally processed human serum pools according to the standard guidelines. The serum pools were assigned values as per the reference procedure of the United States Centers for Disease Control and were used to evaluate the trueness of results from 6 commercial measurement systems based on enzymatic methods: 3 glucose oxidase (GOD) and 3 hexokinase (HK) methods. RESULTS: The prepared RMs were validated to be sufficiently homogenous, stable, and commutable with the patient samples. Method bias varied for different systems: GOD01, -0.17 to 2.88%; GOD02, 1.66 to 4.58%; GOD03, -0.17 to 3.14%; HK01, -3.48 to -0.85%; HK02, -3.83 to -0.11%, and HK03, -1.82 to -0.27%. CONCLUSIONS: We observed that the prepared serum glucose RMs were qualified for trueness assessment. Most of the measurement systems met the minimal quality specifications.
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Humans , Blood Chemical Analysis/instrumentation , Blood Glucose/analysis , Glucose Oxidase/metabolism , Hexokinase/metabolism , Reagent Kits, Diagnostic , Reference Standards , Regression AnalysisABSTRACT
Objective To investigate the intralaboratury and interlabomtory variations of measurements for ALT and AST among four domestic reference laboratories. Methods The International Federation of Clinical Chemistry and Laboratory Medicine (IFCC) reference procedures and IFCC procedures without pyridoxal 5-phosphate (PLP) were performed in the reference laboratories. Intralaboratory and interlaboratory CVs were compared with those in 2006 and 2007 IFCC External Quality Assessment Scheme for Reference Laboratories (RELA). Meanwhile, deviations of results for ALT, AST and AST/ALT between two methods were calculated. Results Interlaboratory CVs were generally higher than intralaboratory CVs. Interlaboratory CVs among the 41 laboratories were lower than these in RELA. Results of ALT and AST using method with PLP were higher than those using method without PLP. Difference of AST/ALT ratio between the two methods was significant. Conclusions For reference measurement of the 2 enzymes, interlaboratory CVs of < 3.5 are achievable on frozen serum materials. Measurements on lyophilized materials may have higher CVs. Further studies are needed for the investigation of the differences between results obtained in the absence and presence of PLP.
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OBJECTIVE:To assess the ability of suppliers and manufacturers in dealing with drug quality problems so as to provide reference for hospital in optimizing future suppliers and manufacturers.METHODS:The drug quality registration form in drug storehouse in 2007 in our hospital was analyzed in respect of the quality of drugs which were classified into type A and type B.RESULTS:The A-type drug quality problems,i.e drug quality problems presented in the production of drugs, accounted for 28.6%,and B-type drug quality problems,i.e drug quality problems involved in circulation and use of drugs, accounted for 71.4%.CONCLUSIONS:Drug quality data analysis report can objectively reflect the overall condition of hospital drug quality and the drug quality of the suppliers,thus it can be used as reference for hospital in optimizing future drug manufacturing enterprises and suppliers.