Diabetic nephropathy and its related renal failure are serious diseases that endanger patients' health.Early diagnosis,an healthy lifestyle,intensive blood pressure control,lipid regulation and adequate glycemic control would be effective in prevention and treatment of diabetic nephropathy.

Objective To investigate the biological effects of As 2O 3 and its mechanism on human oral squamous carcinoma cell line in vitro . Methods The effects of As 2O 3 on Tca8113 cell line were investigated in vitro with morphological method, MTT, clone forming, DNA ladder, TUNEL assay and flow cytometry(FCM). Results As 2O 3 had marked suppressive effect on the growth of Tca8113 cell line. The growth suppression rate of the Tca8113 cells was 76.3% shown by MTT. DNA ladder, TUNEL and FCM showed As 2O 3 could induce the apoptosis of Tca8113 which might be related to cell cycle arrest shown by FCM. Conclusion As 2O 3 can inhibit the growth and induce the apoptosis of oral squamous carcinoma cell in vitro .

XIAP(X-linked inhibitor of apoptosis protein)is one of the most important members of IAPs family.It inhibits cell apoptosis mainly by inhibiting the caspases activation and interfering with other apoptotic pathway,which plays a critical role in tumor development.Recently,genetic therapy targeting on XIAP for malignant tumors has deeply developed.Research on XIAP as a malignant and prognositic indicator is ongoing.

Objective To investigate the relationship of MTP gene variation with type 2 diabetic angiopathy. Methods PCR and restriction-fragment-length polymorphism(PCR-RFLP) analysis and gene sequencing were used to investigate the influence of a common MTP gene polymorphism in promoter region on diabetic macroangiopathy. Results (1) A single nucleotide mutation of G→T was detected at 493 bp of upstream from the transcriptional start point.There was a significant difference in genotype frequency(χ2=9.162,P=0.01) and T allele frequency(χ2=10.322,P=0.001) between macroangiopathy group and non-macroangiopathy group.(2) MTP-493 TT group had the significantly higher serum levels of TC, TG, LDL-C, VLDL-C and lower HDL-C than other genotype groups.(3) Multivariate stepwise regression analysis showed that T allele, age, disease duration, diastolic blood pressure and total cholesterol were independent risk factors against type 2 diabetic macroangiopathy.The HDL-C level was negatively related with diabetic macroangiopathy. Conclusions MTP-493 TT genotype may be deeply involved in production of atherogenic dyslipidemia and associated with development of macroangiopathy in type 2 diabetic subjects.

The efficacy and safety of pioglitazone in combination with insulin in type 2 diabetic patient were evaluated. CENTRAL, MEDLINE, EMBASE, CBM, CNKI(up to September 2014) were searched by computer. The quality of included randomized controlled trials(RCTs)was assessed according to the Cochrane Collaboration system review, and then meta-analysis was performed using Stata 12. 0. A total of 9 RCTs were included. The results of meta-analyses showed that HbA1C value was lower in the group taking pioglitazone plus insulin than in the group taking insulin without pioglitazone[standard mean difference -0. 48, 95% CI( -0. 55, -0. 40),I2 = 0. 0% ,P = 0. 531], but there were more patients with hypoglycaemic in the pioglitazone plus insulin groups than with insulin without pioglitazone[relative risk 1. 33, 95% CI(1. 21, 1. 46), I2 =75. 4% , P=0. 00].

BACKGROUND:Because of limited source and a relatively weak ability of differentiation and proliferation, how to take positive and effective measures to promote neural stem cel proliferation, differentiation has become the focus of research.
OBJECTIVE:To investigate the effects of drug-contained sera ofNaoluo Xintong versus Zuoguipil on the proliferation and differentiation ofin vitro cultured rat neural stem cels.
METHODS:Embryonic neural stem cels of Sprague-Dawley rats were isolated and culturedin vitro, and then were co-cultured with the serum medium containing 10%Naoluo Xintong and 10%Zuoguipil, respectively. Comparative observations were performed between two groups by inverted microscope and immunofluorescence staining.
RESULTS AND CONCLUSION:Under the inverted microscope, the cels began to grow in cluster and gather into a bal, but the diameter was relatively smal after 24-hour culture; the neurospheres expended further, with relatively regular shape, but no neurosphere differentiation appeared after 48 hours of culture. The average prominent length of the neurospheres in theZuoguipil group was significantly greater than that in theNaoluo Xintong group after 5 days of culture (P < 0.05). The rate of rat neural stem cels differentiating into MAP-2-positive cels in theZuoguipil group was significantly lower than that in the Naoluo Xintong group (P < 0.05), but the rate of differentiated cels positive for glial fibrilary acidic protein in theZuoguipil group was significantly higher than that in theNaoluo Xintong group (P < 0.05). After 48 hours of culture, neurospheres were cultured in the different drug-contained media, and 12 hours later, the neurospheres adhered to the wal, and a smal amount of cel migration occurred. Then, cel migration began to increase with time. Under the immunofluorescence staining: prominent neurons with long protrusions were increased in both two groups, but there were no significant differences in the proportion of neurons and astrocytes between two groups (P > 0.05). These findings suggest that drug-contained sera ofNaoluo Xintong andZuoguipil can both not only promote the proliferation and differentiation ofin vitro cultured rat neural stem cels, but also provide a suitable microenvironment for neural cel proliferation. Additionaly, there are significant differences between the two drugs. Consequently, it is feasible to induce neural cel proliferation and differentiation byNaoluo Xintong andZuoguipil.

Position analysis is a basic task in human resources management. The paper introduces the concept and implication of position analysis, discusses its necessity in light of the current situation of position analysis in domestic and foreign hospitals, and puts forward some measures for doing a good job of it.

Objective:To investigate the influencing factors and medication compliance of hypertension.Method: 3 grade-Ⅲand 15 grade-Ⅱgeneral hospitals in Anhui Province were selected by random sampling.732 outpatients with a hypertension course of 6 months or above were interviewed during July and October of 2004 with the medication compliance schedule.All data were input into computers with the software Epi info 6.04,and analyzed with SPSS 11.5.Result:①The medication compliance schedule had high reliability and validity,which could be used in the surveys of medication compliance of hypertension.②The medication compliance rate of the 732 patients was only 46.4%.③Trust in medical pro- fessionals,more attention paid to the disease,more knowledge of non-compliance harm,satisfactory family income,and longer consulting time were the common advancing factors in improving the medication compliance,but a longer duration of the medication regimen,a larger number of preparations and drugs,and higher frequency of taking medicine were the bloc- king factors.Conclusion:The medication compliance of hypertensives was generally not good,and it was influenced by many factors.It is necessary that medical professionals,patients,families and society all take part in its improvement.

[Objective]To investigate the feasibility of the fabrication of tissue-engineered anterior cruciate ligament(ACL)in vitro by studying biocompatibility and mechanical property of the braided polyvinyl alcohol(PVA)materials.[Method]Firstly,human ACL cells and NIH3T3 cells were isolated,expanded in vitro and seeded onto the surface of the braided PVA scaffold materials,the adhesion,proliferation and three-dimensional growth of cells on the scaffold were observed by SEM.Secondly,the biomechanical properties of the braided PVA scaffold materials were measured with electro-biomechanical machine.[Result]The braided PVA scaffold materials had no cytotoxicity,ACL and NIH3T3 cells adhered,grew and proliferated well both on the surface and in the holes of the braided PVA scaffold materials.The maximum load,the maximum strain and ultimate tensile stress of the braided PVA scaffold materials respectively were 169.78?9.18N,11.67?1.38% and 52.21?2.88MPa.[Conclusion]The braided PVA scaffold materials possess good biomechanical properties and biocompatibility,it may become an ideal biomaterial for fabricating tissue-engineering ACL if the biomechanical properties can be improved.

Objective To develop a method for simultaneous determination of three kinds of anti-dandruff agents,namely ketoconazole,climbazole,piroctone olamine,in cosmetics by HPLC.Methods The cosmetics were extracted with acetonitrile by ultrasonic,then separated with high-speed centrifuge.The supernatant layer was filtrated through membrane with 0.45 ?m diameter.The filtration liquid was injected into HPLC for detection at ?=210 nm.Quantitative analysis was performed with external standard method.Results In the linear range of 1-250 mg/L,the regression equation of ketoconazole was y=32.23x+ 4.59,the detection limit was 0.069 mg/L.In the linear range of 1-500 mg/L,the regression equation of climbazole was y=13.76x+ 9.41,the detection limit was 0.12 mg/L.In the linear range of 10-500 mg/L,the regression equation of piroctone olamine was y= 24.83x-17.17,the detection limit was 0.71 mg/L.The recoveries and relative standard deviations were 91.8%-98.5% and 0.38%0.84%,respectively.Conclusion The experimental results show that the method is simple,precise and accurate and suitable for simultaneous determination of 3 kinds of anti-dandruff agents in cosmetics.