学术活动
  • 2015/09/07 Dynamics of the Human Microbiome
  • 2014/10/23 Evolution of Natural Products for Cancer Chemotherapy
  • 2014/09/23 Transcriptional Engineering Tools for E. coli
  • 2014/07/14 Genome Evolution of a Versatile Lineage – From Cultures to Single Cell Genomics
  • 2014/05/19 Probing the diversified bacterial lipid metabolism, an attractive anti-bacterial drug target
  • 2014/03/19 Starting S Phase: activation of the helicase
  • 2014/02/18 Glycosylation of Small Molecule Using Flexible Glycosyltransferase
  • 2013/12/03 Novel Regulation and Function of the Tumor Suppressor PTEN
  • 2013/10/25 Natural Product Chemistry Research - How Environmental Science studies have translated into Biodiscovery
  • 2013/06/28 Biotechnology Paradigm Shift: From Living Microorganisms to Cell-Free Biosystems
  • 2013/05/20 Correlation of genetic and cardiovascular risk markers with blood telomere length–understanding role of telomere in cardiovascular disease
  • 2013/03/18 Exploring Cancer pathways using model organisms: from Hedgehog to Hippo.
  • 2012/12/17 The Evolution of Microbial Ecology
  • 2012/12/04 How much of the human genome is functional?
  • 2012/11/05 Non-classical roles of vitamin D and vitamin D receptor in inflammation and cancer: beyond bone
  • 2012/09/14 Regulation of Innate Immunity and Inflammation by Notch Signaling
  • 2012/07/03 Drosophila as a model for human disease: Insights into neurodegeneration and acute neural injury
  • 2011/05/26 UNDERSTANDING HOW GENOMES REGULATE COMPLEX BIOLOGICAL PROCESSES
  • 2010/9/10 Mechanobiological Insights into the Patho-physiology of Human Diseases
  • 2010/8/12 Aids in 2011: new pathophysiological concept- Prospect for a cure
  • 2010/6/25 Kinetic Models of Gene Regulatory Networks
  • 2010/6/8 How to get published in Science
  • 210/6/4 A p53-based strategy for cancer therapy protection
  • 2010/3/1 负氢离子的特性、基础研究以及临床效果
  • 2010/1/20 Engineering hydrolases to catalyze new reactions
  • 2011/05/26 UNDERSTANDING HOW GENOMES REGULATE COMPLEX BIOLOGICAL PROCESSES首页>学术活动>

    报告题目:
    1. UNDERSTANDING HOW GENOMES REGULATE COMPLEX BIOLOGICAL PROCESSES
    2. CELL DIVISION AND ITS RELATIONSHIP TO CANCER
    报 告 人: Prof. ROB SAINT
                  Dean of Science
                  The University of Melbourne
                  Email: rsaint@unimelb.edu.au
                  Tel: (03) 8344 6407
    报告时间: 2011年5月26日(星期四)下午14时
    报告地点: 生命学院3-105会议室
    研究领域:
    UNDERSTANDING HOW GENOMES REGULATE COMPLEX BIOLOGICAL PROCESSES
    The genome is the term given to the biological information carried by an organism, usually as the sequences of nucleotides in DNA. This information guides the  development and  functioning  of organisms. In this lecture, I will show how genetics can be used to discover how the genome regulates complex processes, such as the development of an embryo from a single cell.

    CELL DIVISION AND ITS RELATIONSHIP TO CANCER
    For such a fundamentally important process, it is surprising that the mechanism by which a cell divides remains poorly understood. In addition, there is a poorly understood correlation between cell division failure and the development of certain cancers. In this talk I will discuss recent studies concerning both the mechanism of cell division and the consequences of cell division failure in relation to cancer.


    Copyright © 2024 上海交大生命科学与健康创新实验室 All Rights Reserved | 技术支持:彭塔互联