Objective:To observe the chronological and spatial expressions of integrin ?2,?3 and ?5 which were the receptor of extracellular matrix(ECM) in the developing mouse kidney and investigate the correlation of integrin ?2,?3 and ?5 with kidney development.Methods:The expressions of integrin ?2,?3 and ?5 were examined by immunohistochemistry and stereological method.Results:The expressions of ?2,?3 and ?5 were observed from the kidney of E12d.The expression of integrin ?2 was little in the glomeruli,but obviously in renal tubules and collecting ducts,while the expression of intergrin ?3 was obviously in glomeruli.The expressions of integrin ?2,?3 and ?5 were increased gradually with kidney development by stereological analyses.Conclusion:It is suggested that integrin ?2,?3 and ?5 might play the important role in the kidney development of mouse.

OBJECTIVE:To study the pharmaceutical human resources management and new management modes.METHO_DS:Survey and analysis were based on the relevent literature and combined with the actual situations of human resources man_agement of pharmaceutical enterprises in China.RESULTS & CONCLUSION:Only by raising the level of human resources management and practicing new management modes,will the pharmaceutical enterprises get sustained benefit of the company and society.

OBJECTIVE:To provide a human resources management reference model of pharmaceutical enterprises in new situation in China METHODS:Consulting relevant literature and data of investigation,we analysed the changes and development of human resources management in pharmaceutical enterprises since the founding of our republic RESULTS & CONCLUSION:We put forward an idea of modern management model Only when human resources management model conforming to the reality in China is adopted can pharmaceutical enterprises subsist and develop

The fresh cadavers were injected with A. B. S into the popliteal arteries. We have studied the micro-vascular structure of this skin area under scanning electron microscope. There are 5 layers of the vascular network in this skin area. They were formed by the small branches coming from either the direct or indirect cutaneous arteries. The 5 layers are as follows: The capillary network of the papillary layer. The vascular network of the subpapillary layer. The deep dermal network. The network in the subcutaneous tissue. The network in the deep fascia tissue. It is clear that each layer of the vascular network has it's -own special character.

The vascular morphological character of the microcirculation in the nail bed of the toe have been studied with the scanning electron microscope. Three types of vascular network were identified: 1) The blood vessels at the proximal two fifth of the nail bed were parallelly arranged. 2) At the middle two fifths of the nail bed, the blood vessels interwoved with each other and formed the polygonal vascular networks. 3) At the distal one fifth of the nail bed there were only a few vascular loops running in a slanting position. These loops were connected with the vascular network from the papillary layer of the skin of the toe.

Green tea is a drink made from the steamed and dried leaves of the Camellia sinensis plants.Green tea contains a number of bioactive chemicals,including polyphenols that exert anticancer and antioxidant properties.Many studied have shown that green tea polyphenols have neuroprotective effect in cerebral ischemia through the mechanisms of antioxidant,antiapoptosis,and reducing brain edema.

Objective To observe the effect of Lipo PGE1 and Mecobalamine and Ginkgo-dipyidamolun in the treatment of dia-betic peripheral neuropathy. Methods 60 Patients with diabetic peripheral neuropathy were divided randomly into two groups; the control group (30 cases) and the treatment group (30 cases). The patients of the treatment group were given with Lipo PGE1 100 ?g dissolved in 0.9% normal saline solution 100ml once a day intravenously, and given mecobalamine 500 ?g once a day intramuscular, and given Ginko-dipyidamolum injection 20ml dissolved in 0.9% normal saline solution 250ml once a day intravenously; and in the control group were only given with mecobalamine 500?g once a day intramuscular. Nerve conduction velocity (MNCV and SNCV) in two groups of patients was observed after 14 days treatment. Results After treatment for 14 days, the subjective symptoms and signs were significantly improved with a total effective rate of 86.7% in the treatment group versus 56.7% in the control group. Compared with the control group, the total effective rates of treatment group was significantly higher (P

Circulating tumor cells (CTCs) detections have unique advantages in the real-time personalized medicine of patients with tumors.The rarity and heterogeneity of CTCs in peripheral blood pose great technical challenge for CTCs researches.Most of technologies for detecting CTCs have been developed to enrich CTCs by virtue of physical properties or specific biological features of the cells at first,then genotype or phenotype analysis are performed to count or characterize CTCs.Advances in molecular analysis of single cells enable CTCs detections to provide more accurate and comprehensive information.Biological processes during CTCs invasion and metastasis such as epithelial-mesenchymal transition and clustering should to be considered seriously to promote the clinical applications of CTCs detection.

Objective To assess the changes in blood coagulation induced by intraoperative blood salvage and reinfusion. Methods Thirty-six ASA I - II patients aged 15-63 yr undergoing elective major orthopedic surgery were paired according to their sex and type of surgery. The paired patients were randomly allocated to either autotransfusion group (study group) or homologous blood transfusion group (control group). Patients with malignant tumor were excluded. Anesthesia was induced with propofol, fentanyl and succinylcholine and maintained with isoflurane inhalation supplemented with intermittent iv boluses of fentanyl and vecuronium. During operation deliberate hypotension was induced with 0.01% sodium nitroprusside. Systolic blood pressure was maintained at (90?5) mm Hg or reduced by 30% of the baseline systolic blood pressure. During operation lactated Ringer' s solution was infused at a rate of 10 ml?kg-1?h-1 . In both groups, blood loss was replaced by equal volume of gelatine. Hct was maintained above 25% , CVP at 6 - 10 cmH2O and urine output above 50 ml? h-1 . In autotransfusion group, shed blood was collected and heparinized. Red cells were separated and washed for reinfusion. In control group red cell concentrate was infused. Hb, Hct, platelet count (PLT), prothrombin time (PT), activated partial thromboplastin time (APTT), plasma fibrinogen concentration, and thrombin time (TT) were determined and thromboelastography (TEG) was performed before operation (T0 ), before blood transfusion (T1 ), 1 h after blood transfusion (T2) and 24 h after operation (T3) .Results The two groups were comparable with regard to age, sex, duration of operation, blood loss [ (1030 ?610) ml vs (989?586) ml] and the amount of crystalloid and colloid infused during operation. In autotransfusion group Hb decreased significantly after hemodilution. There was no significant difference in PT, APTT, FIB concentration and TT between the two groups. TEG showed that reaction time (r) increased significantly after hemodilution in autotransfusion group as compared with the preoperative baseline value (T0) but there was no significant difference in TEG parameters including r time between the two groups. Conclusion Intraoperative blood salvage and reinfusion induce no significant effects on blood coagulation as compared with allogenic blood transfusion.

The cell volume, length, cross-section area, surface area, width and thickness of isolated cardiac myocytes were measured by using of a new computer system of coulter channelyzer and avias eye imaging analysis system. The rats, 3 weeks to 24 weeks in age after birth, were performed thoracic operation the morphological growth characteristics of isolated cardiac myocytes were observed.1. Physiological growth of normal cardiac myocytes was due to increase in cell volume, i. e. the cell length and cross-section area were enlarged. In the mean time, the changes in cross-section shape of myocytes happened when the myocytes growing.2. The major axis of cross-section area of myocytes was enlarged but the minor cross-section diameter did not show any more changes. So that, the growth lead to the cardiac myocytes be flattened in shape. The flattened growing pattern was one of the characteristics of normal growing myocytes. It might be very significant for the clinicians to eliminate the factors which would stimulate myocytes to be enlarged in cell width, and to treat and to prevent the heart disease.