BIOMEDICAL RESEARCH PROGRAM

位于北卡罗来纳州南部的费耶特维尔州立大学建议， 通过培养新的和正在进行的， 生物和行为科学的研究项目。 这 多学科的建议包括教师研究人员（主要 与以下学科和/或领域相关的研究者 研究方向：分子遗传学，心理学，有机化学， 微生物学和遗传学。 可以预见，各种学术 指定主要研究者的追求将直接涉及 几个有前途的本科生和硕士生主修生物学， 化学和心理学。 各分项目的研究活动按其 描述性标题： 1.几种金属盐对DNA合成保真度的影响 体外 2.仪式化和非仪式化的现象学和生理学关联 重复行为 3.氮杂环丁烷类化合物的开环反应机理 4.保质期届满食品的微生物质量 5.果蝇分离-畸变（S-d）的修饰系统 melanogaster 拟议的研究活动应对健康产生重大影响 （一）提高人民群众的身体素质; 关于金属致突变作用的知识;（2）提供对 行为障碍的生理影响;（3）提供改善的 合成和机理分析方法 β-肾上腺素分解化合物;（4）评估食物的有效性 腐败准则;（5）为研究基因调控提供模型系统 是的。

Fayetteville State University, of southern North Carolina, proposes to broaden and enrich its academic environment by fostering new and ongoing research projects in the biological and behavioral sciences. This multidisciplinary proposal includes faculty researchers (Principal Investigators) associated with the following disciplines and/or areas of research interest: molecular genetics, psychology, organic chemistry, microbiology, and genetics. It is anticipated that the varied scholarly pursuits of the indicated Principal Investigators will directly involve several promising undergraduate and master's students majoring in Biology, Chemistry, and Psychology. The research activities of the various subprojects are summarized by their descriptive titles: 1. Effects of selected metal salts on the fidelity of DNA synthesis in vitro 2. Phenomenological and physiological correlates of ritualized and repeated behaviors 3. The mechanism of ring opening of azetidines 4. Microbial quality of foods with expiring shelf-life 5. The modifying system of Segregation-distortion (S-d) in Drosophila melanogaster The proposed research activities should impact significantly on the health and health related aspects of mankind by: (l) increasing the body of knowledge on the mutagenic effects of metals; (2) providing insight into the physiological effects of behavioral disorders; (3) providing improved methods for synthesis and mechanistic analysis of medically important beta-adrenolytic compounds; (4) evaluating the effectiveness of food spoilage guidelines; and (5) providing model systems for studying gene regu tion.