1.A study on seasonal variation of blood pressure in patients with essential hypertension
Xingbin GAO ; Tongde WANG ; Changlan CAO ; Deyi LIU ; Youxiang LI ; Haifeng SUN ; Lili SONG ; Jingwei ZHANG
Chinese Journal of General Practitioners 2010;09(10):680-682
Objective To study seasonal variation of blood pressure (BP) in patients with essential hypertension (EH) and its association with meteorological elements. Methods In total, 1800 patients with essential hypertension were recruited by cluster sampling from three townships and towns in Qingzhou,Shandong province, 1155 men and 645 women, with an average age of 61.3 years (ranging from 29 to 85years). BP was measured for all of them in sitting position at 8:00 in the morning every seven to 14 days during July 2008 to June 2009. Local meteorological data were collected accordingly such as temperature,humidity and atmospheric pressure, and multivariate regression analysis was performed to show their association. Results In general, BP in patients with EH presented a decreasing trend during the first half year of observation, with the lowest in the summer ( May to August). From September to October, their BP began to increase gradually, and reached the peak in the winter ( November to February nest year). There was significant difference in systolic BP (SBP) and diastolic BP (DBP) between various seasons (Pspring-summer = 0.002 and 0.000, Pwinter-spring = 0.001 and 0.000, Psummer-autumn = 0.045 and 0.000,Psummer-winter =0. 000 and 0. 000, Pautumn-winter =0. 000 and 0. 000, respectively), except for those between the spring and autumn. Both SBP and DBP reversely associated with outdoor air temperature and room temperature(beta= -0.08, t = -2.39, P <0.05 and beta = -0.24, t = -6.21, P <0.01,respectively), (beta = -0.08, t = -2.39, P <0.05 and beta = -0.24, t = -6.21, P <0.01,respectively). Conclusions BP in patients with EH reveals seasonal variation, with the lowest in the summer and the highest in the winter and evident fluctuation in the spring and autumn, especially in SBP,which associates with room temperature and their blood vessel elasticity.
2.Study on transdermal absorption of piperine in Erxiekang plaster.
Yeli GAO ; Jian NI ; Xingbin YIN ; Xiaochun SHEN
China Journal of Chinese Materia Medica 2010;35(24):3294-3296
OBJECTIVETo research the absorbed character of piperine in Erxiekang plaster, and piperine by transdermal absorption was determined.
METHODThe percutaneous absorption of piperine in vitro at different times was conducted by Franz osmosis and diffusion apparatus as well as high-performance liquid chromatography.
RESULTIt showed that the piperine through skins of mice gradually increased within the experiment time. After 52 h, the penetration of piperine was 78.51%, and remained basically unchanged.
CONCLUSIONThe method is reliable, and can be used for Erxiekang plaster of determination of transdermal absorption.
Alkaloids ; metabolism ; Animals ; Benzodioxoles ; metabolism ; Linear Models ; Male ; Piperidines ; metabolism ; Polyunsaturated Alkamides ; metabolism ; Rats ; Rats, Sprague-Dawley ; Reproducibility of Results ; Skin Absorption
3.Experience on single-lung mechanical ventilation combined with damage control in treatment of patients with severe multiple trauma
Jing FENG ; Yunzhong ZHANG ; Xingbin GAO
Chinese Critical Care Medicine 2020;32(9):1128-1130
On April 6, 2020, a case of severe crush injuries in head, neck, chest and right upper extremity was admitted to Qingzhou Hospital Affiliated to the First Medical University of Shandong Province. In addition to the crush injuries, the case also suffered from shock, crush syndrome, trauma-induced coagulopathy (TIC), and acute respiratory distress syndrome (ARDS). The female patient was 44 years old, and was admitted to the hospital at 07:00 on April 6, 2020 due to traffic accident with head, neck, chest, right upper limb injuries with disturbance of consciousness for 1 hour. Admission physical examination: body temperature was 35.6 ℃. The patient was drowsy, with swelling and cyanosis around the right orbit and right cheek. The skin was severely abraded with blood seepage. The conjunctiva was pale. The lips were slightly cyanotic. The right chest collapsed and deformed with abnormal breathing. The skin of chest wall was blue and purple with extensive feeling of holding snow under the skin. The breath sound of right lung was low and dry and wet rales could be heard. Laboratory examination: routine blood test showed that white blood cell count (WBC) was normal, red blood cell count (RBC), hemoglobin (Hb) and platelet count (PLT) decreased, blood glucose increased; urine routine examination showed glucose +++, urine occult blood +++, urinary protein +++, visible transparent and granular tube type; coagulation indicators and blood biochemical examination were abnormal. Arterial blood gas analysis showed that pH and arterial partial pressure of oxygen (PaO 2) decreased. X-ray showed comminuted fracture of distal humerus and proximal end of right ulna and radius with dislocation of right elbow joint. CT showed swelling of soft tissue around the right orbit and depressed fracture of inner wall. After admission, single-lung ventilation, tracheotomy and prone ventilation were applied to increase oxygenation level and relieving ARDS. Fluid of damage control for resuscitation was applied to reverse shock and blood transfusion was used to control hemorrhage and TIC. According to the patient's conditions and theory of damage control surgery, right chest drainage and amputation of the right upper extremity amputation were performed in time. Then, the resection in the middle and lower part of right lung, lung repairment, and internal rib fixation were performed. Finally, selective operation was performed to cover the open wound with healing dressing, using negative pressure for suction and carrying out "stamp" skin grafting on the right chest. After treatment, the patient was out of danger, and satisfactory clinical results were achieved in the end.
4.Effect of the timing of double-dose pronase administration on the effect of magnetically controlled gastric capsule endoscope
Lujie CHANG ; Xingbin MA ; Haiyan LIU ; Qiong LI ; Tao GAO
China Journal of Endoscopy 2024;30(2):1-8
Objective To investigate the effect of the timing of pronase on the quality of magnetically controlled gastric capsule endoscope(MCE).Methods 225 patients from February 2021 to March 2022 were randomly assigned to 3 groups,40 000 u of oral pronase 40 min before examination in Group A,20 000 u of oral pronase for 60 and 40 min before the examination in Group B,20 000 u of oral pronase for 40 and 20 min before examination in Group C.Gastric cavity cleanliness and gastric mucosa visualisation scores(1 to 4)were recorded for the six regions of the stomach and the sum of the scores was calculated.The detection rate of gastric lesions such as gastric polyps and the time of gastric examination were also recorded.Results 221 patients completed the study.In the mucosal visualization score,group C scored(23.56±1.37)points,which was higher than that in group A's(22.56±1.28)points and group B's(23.00±1.33)points.The difference was statistically significant(P<0.05).In the gastric cavity cleanliness score,group C scored(21.44±2.35)points,which was higher than that in group A's(20.11±2.04)points.The difference was statistically significant(P<0.01).In the total score of cleanliness and mucosal visualization score of the proximal stomach(cardia and fundus),group C was higher than group A and group B,and the difference was statistically significant(P<0.05).In the detection rate of lesions,the detection rates of gastric polyps and erosion in group C were 17.8%and 49.3%,respectively,which were higher than group A's(6.8%and 29.7%)and group B's(9.5%and 31.1%).The differences were statistically significant(P<0.05).The gastric observation time in group C was shorter than that in group A and group B,and the difference was statistically significant(P<0.05).Conclusions Oral administration of 20 000 u of pronase in divided doses 40 and 20 min before the examination can enhance the quality of magnetically controlled gastric capsule endoscope.