CARCINOGENEIC SUBSTANCES AND HEALTH EFECTS OF ELECTMAGENTIC FIELDS

作为一名助理研究员， 将在人类健康影响方面提供动力和培训， 致癌有害物质和电污染（电和 磁场辐射）产生的电力线和蜂窝 手机.学生将使用最新的最先进的工具，在分子 基因方法。一名本科生和三名研究生将参加B 参与S.K.博士正在进行的资助生物医学项目。杜塔 研究生，目前在MBRS项目工作将继续他们的 研究2至4年。本科生将有望 继续他们的研究15至24个月。学生将接受培训， 图书馆研究，在收集和分析数据的介绍 参加会议并为出版物撰写手稿。 目前学生的参与将在以下三个方面 （一）一名研究生和一名本科生将 参与受污染土壤的根际生物修复， 被爆炸性TNT污染的饮用水 （三硝基甲苯）及其有毒代谢物; ㈡一名研究生 将参与2-Am-4-DNT和2，4-DNT的分离和表征。 来自白色腐烂真菌黄孢原毛平革菌的DNT基因;（iii）一个 研究生将参与系统发育和基因组分析， 多氯联苯脱氯剂。他/她将使用核糖体分型（基于16 S rRNA基因 在不同污染场地和不同环境下富集的 有能力使多氯联苯（多氯联苯）脱氯的条件。 第四个正在进行的项目是研究可能的致癌作用 电力线产生的电场和磁场， 手机目前正在为这第四个领域寻求新的资金。因此 每个学生都将有理想的学习环境，并成为一个富有成效的人。 生物医学科学家，这是目前MBRS的主要推动力 助理研究员计划目标。 来自Dutta博士项目的几名MBRS研究生和本科生 获得了具有竞争力的奖金和奖牌， 他们的质量研究由几个国家的社会，如 美国微生物学会、美国生物物理学会和Sigma Xi，以及由霍华德大学研究生院座谈会。学生 在国家会议上提交了许多论文， 几张纸。

As an associate investigator the primary objectives of this subproject will be to provide motivation and training in human health effects of carcinogenic hazardous substances and electropollution (electric and magnetic field radiations) generated by electric power lines and cellular phones. Students will use latest state of the art tools in molecular genetic approaches. One undergraduate and three graduate students will b involved in the ongoing funded biomedical projects of Dr. S.K. Dutta. Graduate students, current working in the MBRS project will continue their studies for 2 to 4 years. Undergraduate students will be expected to continue their studies for 15 to 24 months. Students will be trained in library studies, in collection and in analysis of data for presentations in meetings and write manuscripts for publications. The involvement of students will be in the following three currently funded areas: (i) One graduate and one undergraduate student will participate in rhizosphere bioremediation of contaminated soil and drinking water which are contaminated by the explosive TNT (trinitrotoluene) and its toxic metabolites; (ii) One graduate student will be involved in isolation and characterization of 2-Am-4-DNT and 2,4- DNT genes from the white rot fungus Phanerochaete chrysosporium; (iii) One graduate student will be involved in phylogenetic and genome analysis of PCB dechlorinators. He/she will use ribotypes (based on 16S rRNA gene work) enriched from different contaminated sites and under different conditions having abilities to dechlorinate PCBs (polychlorobiphenyls). The fourth ongoing project has been to study possible carcinogenic effects of electric and magnetic fields generated by power lines and also be cellular phones. New funding for this fourth area is being solicited. Thus each student will have ideal environments for learning and be a productive biomedical scientist which is the major thrust of the current MBRS Associate Investigator program objectives. Several graduate and undergraduate MBRS students from Dr. Dutta's projects have received competitive monetary awards and plaques as recognitions for their quality research given by several national societies such as American Society for Microbiology, American Biophysical Society and Sigma Xi, as well as by Howard University Graduate School Symposium. Students have presented numerous papers in national meetings and are co-authors in serval papers.