Objective: To investigate the impact of anemia on prognosis for acute coronary syndrome (ACS) patients after percutaneous coronary intervention (PCI). Methods: A total of 220 ACS patients with successful PCI were studied. According to WHO standard, anemia was deifned by HB<130 g/L in male, HB<120 g/L in female, the patients were divided into 2 groups: Anemia group,n=56 and Non-anemia group, n=164, clinical condition was followed-up for 1 year to record the incidence of major adverse cardiac events ( MACE); based on MACE incidence, the patients were divided into another 2 groups: MACE group,n=61, Non-MACE group,n=159, clinical condition with relevant risk factors were analyzed and compared between 2 groups. Results: The patients’ mean age was at (62.39 ± 10.17) years, the ratio of anemia was 26.8% (56/220). Compared with Non-anemia group, the patients in Anemia group had more female gender and 3-vessel disease, higher Gensini score and MACE incidence; while decreased eGFR, lower levels of TC, TG and lower ratios of hypertension and smoking, allP<0.05. Compared with Non-MACE group, the patients in MACE group had the elder age, higher occurrence rates of anemia, diabetes, left ventricular dysfunction (LVEF<50%) and decreased eGFR, allP<0.05-0.001. Logistic analysis indicated that anemia (OR=2.507, 95% CI 1.012-6.208,P=0.047) was the independent risk factors for MACE occurrence in ACS patients at 1 year after PCI. Conclusion: ACS patients combining anemia had the higher incidence of MACE, anemia was the independent risk factor for poor prognosis in ACS patients after PCI.

Alzheimer′s disease ( AD) is a type of neurodegener-ative disease. Recent studies indicate that neuronal degeneration and loss triggered by tau, APP and Aβare the probable risks for AD. Neurofibrillary tangles are formed after tau truncated by ac-tivated caspases and subsequently induced tau aggregates, which causes neuronal degeneration and loss. In addition, caspases are crucial components in the biological functioning in the apoptosis pathways. Apoptosis pathway involves activation of upstream ini-tiator caspase-8 and downstream executor caspase-3/-6/-7. After the actions of β- and γ-secretase, APP transforms into sAPPβand Aβ40/42 . Aggregated Aβ42 can activate apoptosis pathway through DR4/5 interaction. C-APP is truncated into C31 frag-ments by caspases and cell apoptosis is facilitated. N-APP, a product of sAPPβhydrolysis, can promote the abnormal develop-ment of neurons mediated by DR6. Caspase activates γ-secre-tase-activating protein to regulate activity ofγ-secretase, and the production of C31 and Aβ40/42 , which, then, causes the occur-rence of AD. This brief review summarizes the specific roles of caspases and the concerning apoptosis pathways on the mecha-nisms of neuronal degeneration and loss, and how they impact the occurrence of AD in the hope of uncovering additional poten-tial therapeutic targets that can be employed in drug development and clinical therapy for AD.

Tumor is a system-biology illness.Treatment of this intractable disease by any single medicine has not been realistic.In this review, we analyze the anti-tumor network of Tumor Necrosis Factor-related Apoptosis-indu-cing Ligand ( TRAIL ) by a system-biology technology and try to providecin individualized treatment strategy for TRAIL based therapy .

Objective: To study the antixiodant activity of sweet-potato anthocyanin (SPAC) and its inhibiting effect on growth of cancer S180. Method: The scavenging capacity of ??O2 and?OH and the inhibitory effect of MDA were determined in vitro.The SOD activity of serum and skin, the effect on S180 growth, serum GSH-Px activity and MDA were tested in mice. Results: SPAC had antioxidant activity in vitro, with elimination rate of O2?? and?OH 30.63% and 20.57% higher than the same concerntration of VC respectively. Activity of SOD in the serum and skin of mice were raised 27.30% and 13.50% respectively after giving SPAC. The growth rate of cancer S180 in the mice was inhibited, and the highest inhibitory rate was 43.12%. The activity of serum GSH-Px, SOD of the mice was raised as compared to control, but MDA declined . Conclusion: SPAC is a perfect natural pigment with inhibitory effect on growth of cancer S180 probably through its antioxidant activity.

Objective: To investigate the free radical scavenging properties of six aloe species and study its protective effect on red blood cells. Methods: Free radical scavenging properties were investigated in modified chemical system. The antioxidant was purified by silica column and thin layer chromatography and analyzed by HPLC. Its protection on red blood cells was studied with red blood cells culture system in vitro. Results: The extract from A. berebihoria showed the most effective scavenging activities on O - 2? and ?OH (32.19% and 26.05% respectively) in six aloe species. The fraction A with a Rf value of 0 497 was proved to be a pure antioxidant (Rt=15.956 min). It is an anthraquinone with phenol hydroxyls. Fraction A showed strong inhibitory activity on H 2O 2 induced hemolysis of red blood cells and its IC 50 was 0.856 g/L. Conclusion: Fraction A of the extract from A. berebihoria had strong scavenging activities of O - 2? and ?OH, thereby inhibiting the peroxidation of red blood cells and maintaining their functions.

Objective: To extract the polysaccharides of Curcuma zedoaria Rosc (PCZ) and study its bioactivities. Methods: The crude polysaccharides were extracted from herbal slice of Curcuma zedoaria Rosc with hot water ,and precipitated by ethanol and savage deproteinization and depigmentation with activated charcoal. The constituents were isolated by column chromatography and the total polysaccharides content was determined. Experiments of immune function,anti-oxidation and anti-tumor activity of KM mice and in viro were studied. Results: The content of total polysaccharides of Curcuma zedoaria Rosc was 33.12%. and the extraction rate was 1.938% . It could raise spleen cell proliferation and transformation rate of lymphocyte and SOD activity in blood of mice. A higher antitumor effect of the polysaccharides by injection was observed dose-dependently. Conclusion: PCZ could raise the immune and anti-oxidative activities and then had a higher antitumor effect.

Many tumor cells are resistant to cell apoptosis through the expression of antiapoptotic proteins. c-FLIP is a ma-jor resistance protein of antiapoptosis. In human cells, there are three types of c-FLIP, c-FLIPL , c-FLIPS and c-FLIPR . The c-FLIP binds to FADD to prevent the formation of procaspase-8-DISC and the subsequent activation of caspase cascade. Further-more, c-FLIPL and c-FLIPS have multifunctional roles in various cellular signaling pathways, as well as up-regulating several cyto-protective signaling. Studies show that upregulation of c-FLIP has been found in various tumors, and its downregulation has been shown to restore apoptosis triggered by various chemothera-peutic agents, like the transcriptional regulating agents, trichos-tatin-A, camptothecin, cisplatin, doxorubicin, etc. or other new biotechnologies, such as the specific siRNA. Therefore, c-FLIPS are important targets of cancer therapy. This review summarizes the results on the role of c-FLIP in cancer chemotherapy of tradi-tional antitumor agents and siRNA, and to provide new ideas and rationales of searching for the antiapoptosis effective compounds that can specifically antagonize c-FLIP.

Objective: The chemical composition, extraction and biological activity of antioxidant substance of sweet potatoes were studied. Method: The antioxidant substance was extracted with alcohol and purified with AB-8 big-hole resin and its elimination rate of _?O 2 and OH and SOD activity were determined.Results: The content of antioxidant substance stockpiled respectively in the root tubers, stems and leaves of sweet potatoes and was different in varieties. The highest content in the root tuber was 0.324%, which accounted 70% of total content in sweet potatoes. Its extraction ratio was 85%. The major composition of the antioxidant substance was phenol acid, including chlorogenic acid,isochlorogenic acid,neochlorogenic acid and 4-0-caffeonyl quinic butyl ester. They had intense antioxidant function and their elimination rate to _?O 2 and?OH at concentration 90 mg/ml was 88.02% and 82.21% respectively. The antioxidantsubstance restrained oxidation of lipid and hemolysis of red cell induced by H2O2,and increased SOD activity in serum and skin of mice. Conclusion: Several kinds of phenol acid as antioxidant substance stockpiled in sweet potatoes were proved to have strong antioxidant activity.

The effectiveness and safety of acupuncture combined with western medicine for angina of coronary artery disease are evaluated. Databases including Pubmed, Embase, Cochrane Library, CBMDisk,. CNKI, Wanfang, Chinese Clinical Trial Registry, etc. are searched with search time from beginning of the database establishment to January of 2014. As a result, totally 15 articles of acupuncture for angina of coronary artery disease that met the inclusive criteria were collected, involving 11 researches and 1 232 patients. The results of Meta-analysis indicate that based on regular western medicine, additional use of acupuncture could further improve symptoms of angina, increase efficacy of electrocardiogram (ECG) and reduce the dosage of nitroglycerin, in the meanwhile the hemorheology could be ameliorated, and the contents of C reactive protein (CRP), malondialdehyde (MDA), lipid peroxide (LPO), endothelin (ET) could be reduced, while the contents of superoxide dismutase (SOD) and nitric oxide (NO) could be increased; besides, the occurrence rate of cardiovascular event could be reduced without causing obvious adverse events. Except for certain outcomes (including dynamic ECG and blood viscosity) those have no statistical significance between treatment group and control group, the differences of remaining outcomes are: statistically significant. It is believed that acupuncture combined with regular treatment of western medicine are effective treatment plan for angina of coronary artery disease, which are superior to regular treatment of western medicine, but the results of this systematic review be taken with caution, and more clinical trials with high quality are looking forward to be included into Meta-analysis to increase the level of evidence.
Acupuncture Therapy ; Combined Modality Therapy ; Coronary Artery Disease ; drug therapy ; therapy ; Female ; Humans ; Treatment Outcome

Objective:To assess the effects of HEMA on the proliferation and migration of human dental pulp cells(hDPCs).Meth-ods:hDPCs were obtained using tissue explant culture technique in vitro,and then cells of the 3rd -5th passages were treated by differ-ent concentrations of HEMA for 24,48 and 72 h respectively.Cell proliferation was examined by MTT assay.Cell migration was ob-served by Transwell method.Results:The proliferation ability of hDPCs decreased when exposed to HEMA in both time and concentra-tion dependent manner(vs control,P <0.05).Cell proliferation at 24 h expossure was statistically higher than that at 48 h and 72 h(P<0.05).The migration of hDPCs was significantly reduced in HEMA groups at different concentrations(vs control,P <0.05).Con-clusion:HEMA inhibits the proliferation and migration of human dental pulp cells in vitro.