1.Distribution of aldosterone synthase gene polymorphism in Hebei province in China
Qingxiang LI ; Xuemin CAO ; Xiaoling ZHU
International Journal of Laboratory Medicine 2006;0(03):-
0.05).(2)Distribution of CYP11B2 -344C/T genotype and allele frequencies in Hebei was significantly different from that of other countries(P
2.The reforms of pediatric clinical clerkship for eight-year medical students
Min XIE ; Lizhi CAO ; Qingxiang LI
Chinese Journal of Medical Education Research 2005;0(05):-
Eight-year medical program is a new style of medical education and a necessary trend of economic rapid development.In China,the clinical skill training system for eight-year medical students is exploring.Early contact with clinical practice,application simulation medicine and holding reading lecture were used for eight-year medical students of grade 2004 in pediatric clinical clerkship and were confirmed to have better effect.
3.Analysis on infection status quo of 21 kinds of genotypes of human papillomavirus among women in Hengyang region
Qingxiang CAO ; Hong GAO ; Qing TANG ; Wen DAI ; Wenliu XIE ; Yanping WAN
International Journal of Laboratory Medicine 2014;(14):1830-1832
Objective To investigate the infection status quo of 21 kinds of genotypes of human papillomavirus (HPV)and their distribution rule among the women in Hengyang region.Methods A total of 8 032 women voluntarily accepting cervical cancer screening in the Hengyang Municipal Maternal and Child Health Care Hospital fromg April 2012 to May 2013 were selected as the research subjects.The exfoliated cells samples of cervical tissue were collected for detecting 21 kinds of HPV genotypes by Hybri-Max.The HPV infectious rate and the HPV gene distribution were analyzed by using SSPS13.0.Results Of 8 032 women,1 664 cases were detected out 1 kind or more than 2 kinds of HPV,the HPV infectious rate was 20.72%(1 664/8 032).The top 6 geno-types of HPV were HPV16,52,58,81,53 and 18.Among 1 664 female cases of HPV infection,the single HPV infection rate was 76.44%,the multiple infection rate was 23.56%,which was dominated by the double infection;the total positive rate in the various age groups of HPV infection presented theU-type distribution with the age increase,however the total positive rate had no statis-tically significant differences among all age groups(P >0.05 ).Conclusion The HPV female infection rate in Hengyang region is relatively higher,moreover the high risk HPV is predominant.HPV 16 occupies the top ranking.
4.Immune effectiveness of A/H1N1 influenza vaccine immunization in 505 health care workers within three months after vaccination
Xingan LIU ; Yanming GUO ; Xiaoguang ZHANG ; Jinyan Lü ; Guixia YANG ; Qingxiang XU ; Mingjuan YANG ; Yandan DU ; Bin GUO ; Qin CAO ; Yingzhi LI ; Xuefei CHEN
Chinese Journal of Infectious Diseases 2010;28(11):677-680
Objective To investigate the immunization effect of influenza A/H1N1 vaccine in health care workers (HCW) in Inner Mongolia Greater Khingan Mountains area. Methods Five hundred and five HCW who received A/H1N1 influenza vaccination (immunized group) and 129 staffs who didn't receive the vaccination (unimmunized group) were randomly sampled for semiquantitative testing of serum H1N1 antibody (IgG) levels by enzyme-linked immunosorbent assay (ELISA).Results were analyzed and stratified by age, sex, occupation and the time interval between the time of vaccination and serum sample collection. The antibody positive rates of the two groups were compared by x2test. Results There were 401 (79. 4%) HCW whose H1N1 antibody were positive and 50 (9.9%) whose antibody were weak positive among 505 immunized HCW. While among 129 unimmunized HCW, there were 59 (45.7%) whose antibody were positive and 15 (11.6%) whose antibody were weak positive. The seroconversion rates of specific antibody were not significantly different among the different age groups after receiving A/H1N1 influenza vaccine (P> 0.05).However, there were statistical differences of the seroconversion rates among different sex groups (men 95.7% vs women 87.4% in immunized group, x2=6.40, P<0.05; and men 73.3% vs women 52.5% in unimmunized group, x2 =4.07, P<0.05) and different occupation groups (doctor 86.0% vs nurse 94.5% in immunized group, x2 = 9. 16, P<0.01; and doctor 43. 8% vs nurse 75.0% in unimmunized group, x2=12.61, P<0.01 ). The seroconversion rate was 81.5% after 80 to 89 days of vaccination, which was significantly lower than those after 30 to 39, 50 to 59 days and 60 to 69 days of vaccination, which was 100.0%, 94.7% and 93.6%, respectively (x2 =3.96, P <0.05; x2=7.15, P <0. 01; x2 = 9. 98, P<0. 01). Conclusions A/H1N1 influenza vaccination can induce effective immune response in HCW in Greater Khingan Mountains area of Inner Mongolia. However,the level of specific antibody significantly reduces after 80 to 89 days of vaccination.
5.Effects of dexmedetomidine in perioperative period on pain, oxidative stress and adverse reactions after radical breast cancer surgery
Hong LI ; Jianjian LIU ; Shumin WEI ; Mujiao XI ; Fazhan ZHANG ; Shoukai ZONG ; Nana CHI ; Qingxiang CAO
Chinese Journal of Endocrine Surgery 2024;18(1):104-108
Objective:To explore the effects of dexmedetomidine (DEX) on postoperative pain, oxidative stress and adverse reactions in patients undergoing radical mastectomy.Methods:A total of 90 patients with breast cancer who received radical surgical treatment in our hospital from Jun. 2022 to Jun. 2023 were prospectively included as research objects and randomly divided into 3 groups with 30 patients in each group. DEX group was applied before, during and after surgery, respectively. The levels of pain visual analogue scale (VAS), Richmonation sedation score (RASS), superoxide dismu-tase (SOD) and malondialdehyde (MDA) were recorded.Results:The recovery time and extubation time in preoperative and intraoperative DEX group were significantly lower than those in postoperative DEX group, and the awakening time and extubation time in preoperative DEX group were significantly lower than those in intraoperative DEX group ( F value was 48.62 and 53.98, respectively, P<0.001). At 1 h, 6 h and 12 h after surgery, the VAS and RASS scores of patients in the preoperative and intraoperative DEX group were significantly lower than those in the postoperative DEX group, compared with those in the intraoperative DEX group. The VAS and RASS scores in the DEX group were significantly decreased ( F value: 62.34, 55.24, 69.26, 36.82, 24.20, 39.97, P<0.001). At 24h after surgery, there was no significant difference in VAS and RASS scores among the three groups ( F value was 0.45 and 0.81, respectively, P value was 0.613 and 0.418). Immediately after surgery, 24 h after surgery, 72 h after surgery, the SOD level of DEX group was significantly higher than that of DEX group before and during surgery ( F value was 29.37, 33.24, 10.35, P<0.001). MDA levels were significantly lower than those in postoperative DEX group ( F value was 30.52, 41.27, 8.26, P<0.001). There was no significant difference in the incidence of postoperative adverse reactions among all groups ( P>0.05) . Conclusion:Preoperative and intraoperative application of DEX can reduce postoperative pain and oxidative stress in breast cancer patients, help patients recover quickly after surgery, and preoperative application is superior to intraoperative application.