Content

Events

  • Current Position : HOME
  • Events
  • International Minisymposium

International Minisymposium

Joint Minisymposium of EB Platforms and NM-GCOE
   February 4th, 2011 13:00-18:20
  at Main Conference Room(2F), Tohoku University School of Medicine

Network Medicine Global COE International Minisymposium was held by following 8 speakers.


Speakers

Kohsuke Gonda (Graduate School of Medicine): In vivo nano-imaging of cancer metastasis in tumor-bearing mice and angiogenesis in ischemic model mice

photo photo

Kasim Diril (Institute of Molecular and Cell Biology, Singapore): Analysis of Cdk1 function in cell cycle using a conditional knock-out mouse model

photo photo

Akihiko Muto (Graduate School of Medicine): The repression of plasma cell differentiation by Bach2 allows activated B cells to execute class switch recombination

photo photo

Mikiko Suzuki (Graduate School of Medicine): Genome-wide analysis of GATA1 and GATA2 occupancy indicates GATA-factor switching during erythroid differentiation

photo photo

Tohru Fujiwara (Graduate School of Medicine): Discovering hematopoietic mechanisms through genome-wide analysis of GATA factor chromatin occupancy

photo photo

Seiichi Mori (Cancer Science Institute Singapore, National University of Singapore): Development of diagnostic and therapeutic strategy for serous adenocarcinoma of the ovary by gene expression signatures and functional genomics approach

photo photo

Hiroaki Okae (Graduate School of Medicine): Genomic imprinting in the placenta

photo photo

Special Lecture

Yoshiaki Ito (Cancer Science Institute Singapore, National University of Singapore):
How normal cells become cancer cells ?

photo photo

Site Navigation

HOME

  • HOME
  • Contact,Access
  • Japanese
  • English
  • Greeting
  • What is Network Medicine?
  • Mission and Design
  • Implementations
  • Investigators
  • Events
  • Fellowship Program
  • Contact,Access
  • About This Site
  • Link
  • HOME
  • PAGE TOP
Tohoku University Global COE for Conquest of Signal Transduction Diseases with Network Medicine