This study was aimed to discuss the distribution and protein expression level ofμ-opioid receptor (MOR) in hippocampus of premenstrual syndrome (PMS) liver-qi stagnation rat model, in order to initially reveal the action mechanism of PMS liver-qi stagnation and intervention effect ofShu-Yu (SY) capsule. Chronic restraint stress method was used to copy PMS liver-qi stagnation rat model.SY capsule ofTiao-Gan prescription was given as intervention. Immunofluorescence (IF) and western blot (WB) technique were used to detect MOR in hippocampal CA1 and CA3 brain area of rats from each group. The results showed that compared with the normal group, the hippocampus MOR distribution arrangement was messy with increased protein concentration in the model group (P< 0.01). After drug intervention, the MOR protein level returned to normal level. It was concluded that the pathogenesis of PMS liver-qi stagnation may be associated with high expression of MOR in hippocampus CA1 and CA3 region of rats. SY capsule can effectively correct and restore it to nearly normal level. It may be one of the central mechanisms in SY capsule treatment of PMS liver-qi stagnation.

Objective To explore the age related decline in spine muscle volume and fat content in healthy elderly males . Methods Totally 88 males aged 50-79 years were selected from the patients who underwent quantitative CT (QCT) exam of lum‐bar spine .They were subgrouped by 50- <60 years ,60- <70 years and 70-79 years .The muscle fat area ,skeletal muscular area , muscle fat infiltration (MFI) ,abdominal visceral fat volume and subcutaneous fat volume ,abdominal total fat volume were measured by the QCT software .Statistical analysis was performed using intraclass correlation coefficient ,ANOVA with post hoc Bonferroni correction ,Pearson correlation analysis and multiple regression analysis .Results Compared to other two groups ,subjects in 70-79 years subgroup had highest muscle fat area/MFI and least skeletal muscular mass(P<0 .05) .Age‐dependent correlation was found in muscle fat mass(r=0 .381 ,P<0 .05) and MFI(r=0 .358 ,P=0 .001) ,but no obvious correlation was found between age and skeletal muscular mass .Age was the only factor entered into the all three paravertebral muscle composition regression equations , meaning age may had an important influence on paravertebral muscle degeneration .Conclusion Lumbar paravertebral muscle de‐generation in elderly men is correlated with the aging and MFI ,which may play a important role in the normative age‐related decline of skeletal muscle .

Objective To investigate the relationship between cross‐sectional area (CSA) and average CT value of posterior vertebral extensor group and bone mineral density(BMD) in postmenopausal women .Methods Totally 114 postmenopausal women being eligible for inclusion were enrolled .All the subjects ,ages range from 55 to 87 years old ,underwent quantitative computed tomography(QCT) scans from December 2015 to December 2016 in Beijing Jishuitan Hospital .The original image was transmitted to the image postprocessing workstation ,using Mindways QCT Pro software ,vertebral bone mineral density of L2-L4 were meas‐ured .CSA and average CT value of bilateral posterior vertebral muscles were measured by 2 diagnostic physicians in the L4 verte‐bral body horizontal axis CT images ,and analyzed respectively .Results Average CT values of posterior vertebral muscles between the left and the right side had a significant difference (P<0 .01) .The average CT value of bilateral posterior vertebral muscles was positively correlated with lumbar bone mineral density measured by QCT(P<0 .01) .There was no significant correlation between the CSA of posterior vertebral extensor group and BMD .Conclusion The loss of posterior vertebral muscle mass may be an impor‐tant risk factor for osteoporosis .The average CT value of posterior vertebral extensor group is more promising than CSA in the e‐valuation of the degenerative muscles .

Cyclophosphamide (CPA) is the most common alkylating antineoplastic agent, as well as a strong immunosuppressant that is frequently applied to autoimmune diseases and organ transplantation. It is metabolized by cytochrome P450 oxidases (CYPs) to its active metabolite which played a critical role in therapy. CPA has serious and even fatal side effects, and its efficacy and adverse reactions are significantly varied among individuals. In this review, the association of the genetic polymorphisms in the metabolic enzymes and transporters involved in the disposition of CPA with the efficacy and adverse effects of CPA were summarized, thereby providing fundamental reference for further pharmacogenomic study of CPA.
Antineoplastic Agents, Alkylating ; pharmacology ; Cyclophosphamide ; pharmacology ; Humans ; NADPH-Ferrihemoprotein Reductase ; metabolism ; Pharmacogenetics

Start to explore the theory conditions around the theme why to build the modern basic theory of tradi-tional chinese medicine and what kind of theory we want to establish . On the basis of making clear the related concepts such as theory, knowledge, scientific theory and scientific knowledge, discuss the theoretical development pathways and evaluation criteria, compare the development mode of Chinese and Western medicine, providing a refer-ence for evaluation and future development of the modern basic theory of traditional chinese medicine. According to Carl G. Hempel's bridge principle, summarize the five bridge principles and a logic protection principle of the research and foundation of the modern basic theory of traditional chinese medicine, and explain its role and signifi-cance. Put forward a theoretical framework of the modern basic theory of traditional chinese medicine Three levels and five grades like a tree structure, demonstrate the scientific connotation of 11 principles and concepts under the frame. Analyze and demonstrate its scientific rationality according to the role and evaluation criteria of scientific theory mentioned above, clearing direction for future development.

AIM: To investigate the anti-cancer effect of cytotoxic T lymphocytes (CTL) activated by sensitized dendritic cells (DCs). METHODS: Immature DCs were induced in vitro from peripheral blood monocytic cells (PBMC) and sensitized by adding tumor cells antigen extract. DCs were identified by their morphology and surface markers. MTT assay was used to evaluate the killing activity of CTL activated by sensitized DCs. The effects of specific CTL cells on inhibiting transplanted tumor HT-29 growth and on preventing HT-29 tumor generation were evaluated by injecting CTL into nude mice. RESULTS: After cultured for seven days, a large number of activated DCs were obtained with typical morphology, extensive stimulatory proliferation capacity and high CD80 (63.5%), CD83 (67.6%) and CD3/HLA-DR (83.2%) expressions. The killing activity of CTL at 20∶1 ratio of effective cells to target cells was more than 75% to tumor cells, 35%-45% to homologous cell line and weaker to other germ cell line (P

Object The immunoregulation function was studied in experimental animals to observe the effect of single and/or combined use with Radix Aconiti (RA) and Radix Stephaniae Tetrandrae (RST). Methods The response of delayed type hypersensitivity (DTH) in mice, the phagocytosis of abdominal macrophages (M?) in mice, and the production of special antibodies in mice were observed. Results The two Chinese materia medica (CMM) in combination use could induce the increasing of phagocytosic function of M? hypoimmunitic model mice, the inhibiting on the responses of DTH in the hyperimmunitic model mice and the non immunosuppressive treated mice. On the production of special antibodies in mice, the enhance effect was found in RA used in single, and the suppressive effect was found when using the combination of the two CMM. Conclusion In accordance with the mechanism of the disorder between the anti inflammation effect and the induce inflammation effect to arthritis in the immune system, these data indicate that the bidirectional effect of combination of the two CMM used on the immune responses, may be the involved mechanism on treating arthritis.

A new combination process of sterilizing, deplug and waterflood-increasing with sodium hypochlorite in waterflooding horizons has been developed. Its applicability was certified by 4 treatments of injection wells. After treatments the water-intake capacity of injection wells was increased, the pressure at well heat was decreased, and the average duration of stability wster injection was 307 days.

Objective To study the adverse effect of house indoor air pollution on children respiratory system health in Lanzhou city.Methods A retrospective questionnaire investigation on 1 700 children respiratory health was carried out in three kindergartens,three elementary schools involving lower grade pupils in three districts in Lanzhou city.At the same time,the information about the home environment of the children and family background was collected.Applying logistic regression model, the influencing factors were analyzed.Results The over-standard rates of indoor air quality were from 12.4% to 43.8% in Lanzhou.In the non-heating period,the over-standard rates of formaldehyde,benzene,SO_2,NO_2,CO and PM10 in indoor air were 22.6%,14.5%,13.3%,12.4%,0% and 23.3% respectively.In the heating period,the over-standard rates of the pollutants were 27.3%,16.4%,34.6%,28.5%,32.3% and 43.8% respectively.Indoor air pollution was statistically associated with children respiratory symptoms and diseases,the related risk factors were someone smoking in home,house decorated,opening windows, ventilation,heating in winter,sharing bedroom and maternal education.The outdoor air pollution was one of the influencing factors. Conclusion Children respiratory diseases and symptoms are related to many air pollution factors,such as outdoor and indoor air pollution,personal characteristic and family factors,so to prevent and control indoor air pollution,a comprehensive way should be taken in Lanzhou city.

Objective To investigate the protective effects and molecular mechanism of peroxisome proliferate-activated receptor α(PPARα) activation on acute myocardial damage induced by isoproterenol (Iso) in rats. Methods Thirty male Wistar rats, weighting 160～180 g, were randomly divided into control group, Iso group, fenafibrate(FF) group(each n=10) according to physique quantity. Acute myocardial injury caused by Iso abdomen cavity injection induced ischemia was established and the protective effects of peroxisome proliferate-activated receptor α activation were accessed by the level of ereatine kinase(CK), lactic dehydrogenase(LDH) in serum as well as the activities of myoperoxidase(MPO) in myocardium, and the protein expressions of PPABα in myocardium by Western blot. Results The level of serum CK in control group, lso group and FF group, was (62.41±9.47),(101.71±11.05),(75.64±11.73)kU/L, respectively(F= 34.34, P<0.01). Whereas the level of serum CK in Iso group and FF group was higher than that in control group(P<0.01 or<0.05), the level of serum CK in FF group was lower than that in Iso group(P<0.01). The levels of LDH in these three groups were (5912.20±204.44), (6365.78±137.10), (6089.76±169.60) U/L, respectively(F= 17.54, P<0.01). Compared with the control group, the levels of LDH in Iso and Fir groups were significantly increased(P<0.01 or<0.05). But the level of LDH in FIr group was decreased compared with that in Iso group(P<0.01). The activities of myocardial MPO in these three groups were (1.95±0.10),(3.89±0.17),(2.49±0.19)U/g, espectively(F=391.68,P< 0.01). The activities of myocardial MPO in Iso and FF groups were higher than that in the control group (all P< 0.01), while the activities of myocardial MPO in FIr group were lower than that in lso group(P<0.01). The protein expressions of PPARα in myocardium of these three groups were 251.57±10.95,191.97±10.74,215.08±9.61, respectively(F=82.69, P<0.01). Conclusion PPARα activation by its actor FF can exert protective effects on the acute myocardial ischemia injury induced by lso in rats through inhibiting the release of inflammatory cell factors.