SOUTHEASTERN OKLAHOMA BIOMEDICAL SCIENCES PROGRAM

少数民族生物医学研究支持计划的主要目标 在东南部的俄克拉荷马州立大学提供介绍性的 给美国印第安人本科生的生物医学研究经验 这所学校服务的学生。这项研究的预期结果 经验是，将鼓励更多的少数民族学生 主修化学和/或生物，随后攻读高级 生物医学或相关健康领域的学位。一秒钟 该计划的目标是加强机构研究 东南地区在生物无机化学领域的能力， 生物分析化学、合成有机化学和物理学 生物化学。 本申请中建议的研究子项目将作为 美国大学本科生科研经验的着力点 印度学生研究参与者。早期本科生研究 预计这些活动将丰富大学的学术经验 参与者通过研究解决相关问题，做好准备 演讲和出席科学会议。此外, 重要的生物和化学概念将得到加强和加强 通过下文描述的研究项目赋予了更深层次的含义。 项目一：使用胶束电动毛细管进行氨基酸分析 在开发先进的微量分析方法方面 微量的生物材料。 项目二：“用于生物医学的无机抗体标记” 会让少数民族学生参与合成金属簇合物 化合物、铋结合蛋白和硼聚合物，以及 开发将这些物质与蛋白质交联的新方法 和抗体。新的方法学和特异性抗体标记 这个项目将治疗肿瘤。

The primary objective of the Minority Biomedical Research Support Program at Southeastern Oklahoma State University is to provide introductory biomedical research experiences to the undergraduate American Indian students served by this institution. An expected outcome of the research experiences is that more ethnic minority students will be encouraged to major in chemistry and/or biology, and subsequently pursue advanced degrees in the biomedical sciences or related health fields. A second objective of the program is to strengthen the institutional research capabilities of Southeastern in the areas at bioinorganic chemistry, bioanalytical chemistry, synthetic organic chemistry, and physical biochemistry. The research subprojects proposed in this application will serve as the focal point for the undergraduate research experiences of the American Indian student research participants. Early undergraduate research activities are expected to enrichen the academic experiences of the participants through research related problem solving, the preparation of presentations, and attendance at scientific meetings. In addition, important biological and chemical concepts will be reinforced and be given deeper meaning through the research projects described below. Project One: "Amino Acid Analysis using Micellar Electrokinetic Capillary Chromatography," in developing cutting edge microanalytical methods for trace quantities of biological materials. Project Two: "Inorganic Antibody Labels for Biomedical Applications," will involve ethnic minority students in the synthesis of metal cluster compounds, bismuth binding proteins, and boron polymers, as well as the development of new methods for crosslinking these entities to proteins and antibodies. New methodology and specific antibody labels for treating tumors will be forthcoming from this project.