Molecular characterization and immune activity of an anti-lipopolysacchride factor from red claw crayfish Cherax quadricarinatus

对虾白斑综合症病毒（Whitespotsyndromevirus，WSSV）的宿主范围广泛，能感染绝大多数的虾蟹类，是虾蟹类水产养殖业的主要病原，传染力强，致死率高，给全球水产养殖业造成了巨大的经济损失。由于对WSSV的致病机理知之甚少，至今为止仍未找到一个行之有效的方法根治WSSV。在课题组的前期研究中，从WSSV感染的红螯螯虾（Cheraxquadricarinatus）造血组织（Haematopoietictissue，Hpt）细胞差异基因表达谱中筛选到了两种抗脂多糖因子（Anti-lipopolysacrideFactor，ALF），一种为诱导上调表达的CqALF，另一种为表达量无显著...White spot syndrome virus (WSSV) is a vital pathogen in crustacean aquaculture and brought huge economic loss all over the world because of its wide range of host, high contagiosity and high lethality. Due to the limited knowledge about the pathogenic mechanism of WSSV, it’s hard for us to find an effective way to cure WSSV disease. In our previous study,two anti-lipopolysacchride factors in chera...学位：理学硕士院系专业：海洋与地球学院_海洋生物技术学号：2232014115138

Function of Apoptosis and Autophagy in Cardiovascular Diseases

细胞凋亡与自噬是普遍存在于各种细胞内的生命现象,广泛参与了机体的生理、病理过程,且二者有着多因子、多通路的相互影响,这种错综复杂的关系贯穿于各种心血管疾病的始终,对多种心血管疾病的发生发展转归起重要作用。现对细胞凋亡与自噬及其相互关系进行梳理,并综述其在心血管疾病中的作用。Apoptosis and autophagy are common life phenomenon in various cells, which widely involve in physiological and pathological processes, and interact with one another by many factors and multiple pathways. This intricate relationship runs through a variety of cardiovascular diseases, and plays an important role in the occurrence, development and prognosis of many cardiovascular diseases. The effects of apoptosis and autophagy and their interrelationship in cardiovascular diseases were reviewed and summarized in this paper.2013年度南京军区医学科技创新课题（编号：MS098

我国中小体育用品生产企业产业集群集聚研究——以福建晋江运动鞋产业集群为实证

入世后,我国中小体育用品业面临着国外知名品牌企业的竞争威胁,引起了我国业内人士的高度重视;产业集聚战略已成为提升区域竞争力的重要措施之一。以晋江运动鞋行业为例证,分析了我国中小体育用品生产企业产业集群集聚竞争优势和形成条件

Study on Activity Persistance of Polyester Polymercaptan Curing Agent

对比了聚醚型聚硫醇和2种聚酯型聚硫醇的活性寿命的差异.通过红外光谱、1 H-nMr和凝胶时间的测试表征聚硫醇的活性寿命.结果表明,以叔胺为促进剂时,以β-巯基丙酸为原料制备得到的聚酯型聚硫醇P(SH)6和聚醚型聚硫醇P(SH)3固化剂都有良好的活性寿命;而以α-巯基乙酸为原料制备得到的聚酯型聚硫醇P(SH)4固化剂存在活性下降的问题,2个月后完全失活.通过红外光谱、1 H-nMr表征活性下降前后其基团的变化提出了可能导致其活性下降的机理及解决的方法.The lifetime differences of polyether polymercaptans and two kinds of polyester polymercaptans were compared in this paper.The lifetime of polymercaptans curing agents was characterized by FT-IR,1 H-NMR and gelation time.The results revealed that polyester polymercaptans P(SH)6and polyether polymercaptans P(SH)3composed of 3-mercaptopropionic acid showed a long lifetime when using trialkylamine as accelerator,while polyester polymercaptans P(SH)4composed of 2-mercaptopropionic acid showed a decrease in curing activity and deactivated within two months.Possible mechanism of the decrease in curing activity was proposed based on the investigation of group changes during the deactivation by FT-IR and 1 H-NMR