2.Construction of SALL4 shRNA vectors and THP-1 cell transfection
Journal of Leukemia & Lymphoma 2010;19(1):12-15
Objective To construct an efficient SALL4 shRNA vector and transfect it into THP-1 cells for investigating the effect of SALL4 in leukemia. Methods Four SALL4-specific siRNA to aim at different SALL4 mRNA target sites and a negative control siRNA were designed, and pGPU6/GFP/Neo/SALL4 shRNA vectors were constructed. THP-1 cells were transfected and the expression of SALL4 in shRNA detected, and blank control and negative control were also designed. Results The results of real time quantitive PCR and Western blotting both exhibited that the interference effect of pGPU6/GFP/Neo/SALL4 shRNA-B vector was optimal targeting to mRNA-1122 target site and down-regulated the expression of SALL4 more significant(P <0.05). Conclusion Successfully construction of SALL4 siRNA vector by choosing SALL4 shRNA-B would be useful to accomplish study of SALL4.
5.Changes of P-selectin and D-dimer in acute patients with deep venous thrombosis
International Journal of Surgery 2008;35(7):460-462
Objective To evaluate the statues of P-selectin and chang of D-dimer in vivo in patients with deep venous thrombosis(DVT)and to observe how to vary under interneving of medicines.Methods P-selectin and D-dimer of fourty patients and twenty normal subjects were fluo-rescencelabled with its corresponding monoclonal antibodies by flow cytometry(FCM)and immune method respectively.Results In the early stage,P-selectin and D-dimer of patients with DVT is higher than that in normals,and they significantly decreased in different time after patients were treated.Compared with patients who were used on-sodium ozagrel,patients used sodium ozagrel have different P-selectin(P<0.05),but D-dimer was similar(P>0.05)after fourteen days.One month later,P-selectin and D-dimer of DVT patients were lower.However,the positive rate of P-selectin of DVT was still higher than normal subjects.Conclusions The platelet has been actived in vivo in patients with DVT,so do fibrinolysis.Sodium ozagrel can decrease the action of platelet.P-selectin and D-dimmer may be used in diagnose.Post-discharge patients are still high-risk group and must be followed-up regularly.
7.Effect of angiotension Ⅱ on Apelin mRNA and APJ mRNA expression in pulmonary microvascular endothelial cells in rats
Chinese Journal of Anesthesiology 2008;28(9):824-827
Objective To investigate the effects of angiotensinⅡ (AngⅡ) on the Apelin mRNA and APJ mRNA expression in pulmonary microvascular endothelial ceils (PMVECs) in rats. Methods Pulmonary microvascular endothelial ceils obtained from 24 h old neonatal SD rats were cultured in DMEM liquid culture medium. The 2nd-4th generation PMVECs were inoculated on 6-well plates (5×105). The experiment was performed in two parts. In part Ⅰ different concentration of AngⅡ 0, 10-9, 10-8, 10-7, 10-6mol/L (group Ⅰ- Ⅴ) were added into the PMVECs. The expression of Apelin mRNA and APJ mRNA was determined at 24 h after addition of Ang Ⅱ by RT-PCR. In part Ⅱ the cells were exposed to 10-7 mol/L Ang Ⅱ. The expression of Apelin mRNA and APJ mRNA was determined immediately and at 1, 6, 12, 24, 48 h(group Ⅰ-Ⅵ) after addition of Ang Ⅱ by RT-PCR. Results In part Ⅰ Apelin mRNA expression was significantly higher in group Ⅱ (Ang Ⅱ 10-9 mol/L) but lower in group Ⅲ-Ⅴ (AngⅡ 10-8, 10-7, 10-6 mol/L) than in group Ⅰ (control, Ang Ⅱ 0 mol/L). The APJ mRNA expression was significantly lowered in group Ⅱ-Ⅴ in a dose-dependent manner as compared with control group (group Ⅰ). In partⅡ beth Apelin mRNA and APJ mRNA expression exhibited a bi-phasic response to AngⅡ 10-7 mol/L, increased at first and was then decreasing with time. The Apelin mRNA and APJ mRNA expression reached the peak at 1 h of incubation with Ang Ⅱ respectively. Conclusion Ang Ⅱ decreases both Apelin mRNA and APJ mRNA expression in PMVECs in a dose and time dependent manner. The down-regulation of Apelin mRNA and APJ mRNA expression may be involved in the mechanism of injury to PMVECs.
8.Selectivity of Enatiomers of Clinically Used Asymmetric Drugs
China Pharmacy 2001;12(3):162-164
OBJECTIVE: To discuss the selectivity of enatiomers of clinically used asymmetric drugs.METHODS: To exsamplify this issue in respect to pharmacokinetic characteristics,pharmacodynamic properties and clinical application of asymmetric drugs.RESULTS & CONCLUSION: The enatiomers of asymmetric drugs assume complex pharmacokinetic and pharmacodynamic characteristics.Thorough study of enatiomers of asymmetric drugs will exert great influence on rational use of asymmetric drugs.
9.Questionnaire-based research on the international communicative competence of traditional Chinese medicine professionals
International Journal of Traditional Chinese Medicine 2014;(6):494-497
An online questionnaire to 103 professionals of traditional Chinese medicine (TCM) was conducted to acquire their recognition and understanding of international communicative competence. The results showed that foreign language communicative competence and solid medical knowledge are considered the most important qualities while the importance of global vision, strategic thinking, cross-cultural awareness/sensitivity and communicative strategy is comparatively underestimated. It was proposed that domestic TCM universities and colleges strive to improve the soft skills for TCM professionals and cultivate more interdisciplinary TCM talents armed with professional expertise, foreign language communicative competence as well as international and multicultural awareness.
10.Study of Shame in Neuroses
Chinese Mental Health Journal 1991;0(05):-
Objection: To study the characteristics of shame of patients with neurosis. Method: 52 patients with nuclear neurosis were evaluated by SCL-90, Shame Scale, and Children Trauma Questionnaire. The control group (n=30) was evaluated just by Shame Scale. Results:The total score of Shame Scale and the subscores of each factor were all higher in neurotic patients than in control group (total score 69.0?20.4/48.7?10.2, personality 29.4?9.7/19.8?5.8, behavior 23.5?6.5/18.0?4.2, body 8.3?3.4/5.7?2.2, family 7.7?3.9/5.2?1.7, t=3.15~5.09,P=0.001or