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物理系colloquium: 高效微纳光子与室温量子态
Great Chalenge are Great Opportunities
抗疲劳高效率弹热材料增材制造及固态相变多场效应调控
A universal theory of spin squeezing and the experimental realization
报告题目:
Functional Profiling of Toxicant Susceptibility Genes in Yeast
 报告人:
Chris Vulpe
Department of Nutritional Science and Toxicology
UC Berkeley
报告时间:
2008-05-27 14:00
报告地点:
生物新馆143
主办单位:
国际合作与交流处
  简介:

学 术 报 告 会

 

Functional Profiling of Toxicant Susceptibility Genes in Yeast

 

 

主讲人:Chris Vulpe, Professor, Department of Nutritional Science and Toxicology, UC Berkeley

时  间:5月27日(星期二)下午2:00-4:00

地  点:生物新馆143

 

One reason that individuals vary in how susceptible they are to toxic effects of chemicals is because they differ in genes that are affected by the chemicals. Cancers and other disease can arise from such interactions between environmental agents and genes. How agents affect the cell is likely to influence which genes are affected.

At present, understanding of the ways in which many chemicals affect cells is limited. In this presentation, Professor Chris Vulpe will describe the use of genome-wide functional profiling in yeast to investigate the targets for toxic chemicals in cells. This approach takes advantage of the fact that many aspects of human metabolism are also conserved in yeast. Professor Vulpe will describe research results for selected metals and metalloids, including cadmium and arsenic, and the identification of several candidate susceptibility genes with human homologs.

 

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