User:Blent: Difference between revisions

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== Chih-Hsien Yang ==
== Chih-Hsien Yang ==
*Ph.D student of Institute of Bioinformatics, Natioanl Yang Ming University (2005-present)
* Ph.D student of Institute of Bioinformatics, Natioanl Yang Ming University (2005-present)
*Master student of Institute of Bioinformatics, Nationa Chiao-Tung University (2002-2004)
* Master student of Institute of Bioinformatics, Nationa Chiao-Tung University (2002-2004)
*Master student of Institute of Electrical and Control Engineering, Nationa Chiao-Tung University (2002-2004)
* Master student of Institute of Electrical and Control Engineering, Nationa Chiao-Tung University (2002-2004)
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'''Goal'''
'''Goal'''
*Apply engineering aspect and computer science into biological domain
* Apply engineering aspect and computer science into biological domain
*Model cellular system
* Model cellular system
*Integrate open source biological annotations to expand the scope of biological engineering  
* Integrate open source biological annotations to expand the scope of biological engineering  
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'''Projects'''
'''Projects'''
*Synthetic Light-Harvesting System
* Synthetic Light-Harvesting System
*Synthetic Energy Transfer System
* Synthetic Energy Transfer System
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'''Events'''
* [[User:Blent/Seminar_07_fall|Seminar_07_fall]]
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'''Readings'''
'''Readings'''
* [[User:Blent/Scientific American|Scientific American]]
* [[User:Blent/Scientific American|Scientific American]]

Revision as of 04:17, 13 September 2007

Chih-Hsien Yang

  • Ph.D student of Institute of Bioinformatics, Natioanl Yang Ming University (2005-present)
  • Master student of Institute of Bioinformatics, Nationa Chiao-Tung University (2002-2004)
  • Master student of Institute of Electrical and Control Engineering, Nationa Chiao-Tung University (2002-2004)

Goal

  • Apply engineering aspect and computer science into biological domain
  • Model cellular system
  • Integrate open source biological annotations to expand the scope of biological engineering

Projects

  • Synthetic Light-Harvesting System
  • Synthetic Energy Transfer System

Events


Readings