1.Investigation and Rationality Evaluation of Perioperative Prophylactic Application of Antibiotics for TypeⅠIncision Operation of Neurosurgery in Our Hospital
Mingqin ZHAO ; Shan SU ; Mingqun WANG ; Qian CHEN ; Anqiang YANG ; Bigang ZHU
China Pharmacy 2018;29(10):1412-1415
OBJECTIVE:To provide reference for improving the rationality of perioperative prophylactic application of antibiotics in typeⅠincision operation of neurosurgery. METHODS:Medical records of 794 patients with typeⅠincision operation of neurosurgery were collected from our hospital during Jan.-Dec. 2016 in order to retrospectively investigate the perioperative prophylactic application of antibiotics and evaluate the rationality of drug use. RESULTS:Among all the 794 cases,433 used antibiotics for prophylaxis (single type was used in all cases),with utilization rate of 54.53%. Cefazolin(51.73%)and cefuroxime(21.48%)were the most frequently used antibiotics. The prophylactic application rate of 30 min-1 h before surgery was 85.45% in 433 patients. Patients with prophylactic medication course≤24 h accounted for 68.36%. The main irrational drug use manifestations were long medication time(31.64%)and improper antibiotics selection(26.10%);other manifestations included improper medication timing(14.55%),etc. CONCLUSIONS:Unreasonable perioperative prophylactic application of antibiotics in typeⅠincision operation of neurosurgery exists in our hospital,such as improper drug selection,improper medication timing,long medication course. It is necessary to further strengthen the comprehensive interventions,so as to promote the rational use of antibiotics.
2.Status of iodine nutrition in pregnant women in Jiangxi Province in 2019
Jun SHANGGUAN ; Mingqun ZHU ; Binghua ZHOU ; Zhanqiu MAO ; Zifen LI ; Guai TANG
Chinese Journal of Endemiology 2021;40(7):551-553
Objective:To study the iodine nutritional status of pregnant women in Jiangxi Province, and to provide basis for iodine supplementation scientifically.Methods:In 2019, 100 counties (cities, districts, referred to as counties) of 11 cities in Jiangxi Province were selected by systematic sampling. Each county was divided into five sections according to five directions: east, west, south, north and middle. One township (street) was taken in each section, and 20 pregnant women (balanced early, middle and late pregnancy) were taken from each township (street) to detect their family salt iodine and urinary iodine levels in order to compare the levels of salt iodine and urinary iodine of different cities and the distribution of urinary iodine in different stages of pregnancy.Results:A total of 10 000 edible salt samples were collected from the families of pregnant women, the median of salt iodine was 24.53 mg/kg, the consumption rate of qualified iodized salt was 97.05% (9 705/10 000), and the iodized salt coverage rate was 99.80% (9 980/10 000). There was no significant difference in the iodine content of edible salt of pregnant women in different cities ( H = 3.42, P > 0.05). A total of 10 000 urine samples were collected from pregnant women, the median of urinary iodine was 175.58 μg/L. There was a statistically significant difference in the urinary iodine content of pregnant women in different cities ( H = 28.80, P < 0.01). There was no statistically significant difference in urinary iodine distribution of pregnant women in different stages of pregnancy (χ 2 = 5.73, P > 0.05). Conclusion:The iodine nutritional status of pregnant women in Jiangxi Province is in a suitable state, but the distribution of iodine nutritional status of pregnant women in different regions is uneven, iodine nutritional status of pregnant women in key regions should be paid attention to.