List of all Cyber lab

 
List of all Cyber lab (total : 10)
 
Agriculture(0) Biochemistry(1) Biology(0) Biophysics(0)
Biotechnology(0) Bioinformatics(1) Systems Biology(1) Cell Biology(0)
Chemistry(0) Developmental Biology(0) Endocrinology(0) Enviromental Science(0)
Food Science(0) Genetics(4) Immunology(0) Marine Biology(0)
Medical Science(1) Microbiology(0) Molecular Biology(0) Neurobiology(0)
Nutrition(0) Oncology(0) Pharmacology(0) Physiology(0)
Plant Science(0) Public Health(0) Toxicology(0) Vetenary Medicine(0)
Virology(0) Zoology(0) etc.(2)

 
Cyber lab Name Field of Study Members Start Date
Molecular Oriental Medicine
Medical Science 1 2008/04/29
KSMCB
Unit Lab for KSMCB
etc. 3 2007/01/31
Genomic Medicine
Genomic medicine deals with the application of the human genome research to the medical practice. The genome is a complete set of DNA for a particular organism. DNA-deoxyribonucleic acid-is made up of four chemicals called bases, abbreviated as A, T, C, and G. The human genome has approximately 3 billion pairs of bases.

All diseases have a genetic component, whether inherited or resulting from the body's response to environmental stresses such as viruses or toxins. A number of genes associated with breast cancer, muscle disease, deafness, and blindness have been identified. The explorations into the nature of human genome represent a major challenge extending far into the twenty-first century. These explorations will shed light on the role of faulty genes in disease causation.
Genetics 1 2007/01/24
Comparative Genomics
Genetics 3 2006/03/15
Protein Society
Biochemistry 1 2006/03/15
Bioinformatics
In this Bioinformatics group, we would like to facilitate communication and collaboration among interested parties. If you are interested, please send an e-mail to Sangsoo Kim (sskimb@ssu.ac.kr)
Bioinformatics 17 2006/01/06
KSNP
Genetics 3 2006/01/06
eIMBL Secretariat
etc. 8 2005/07/20
Systems Biology
eIMBL-SBL is an Asia-Pacific network that links systems biologists. It puts an emphasis on training of young scientists, exchange of knowledge and resources, and collaboration in the systems biology field using web/grid infrastructure.

Features
A web-directory of systems biology resources
Sharing databases or modeling tool
Funding the training course, workshops and researcher-exchange programs
Grid-based collaboration
On-line job/scholarship opportunities

Members
Mark A. Ragan (Univ. of Queensland, Australia)
Gang Pei (SIBS, China)
Siegfried Neumann (Merck, KGaA, Germany)
Eytan Domany (WIS, Israel)
Upinder S. Bhalla (NCBS, India)
Masaru Tomita (Keio Univ., Japan)
Satoru Miyano (Univ. of Tokyo)
Do Han Kim (GIST, Korea)
Kwang-Hyun Cho (SNU)
Sang Yup Lee (KAIST)
Young Sook Yoo (KIST)
Hawoong Jeong (KAIST)
Peter J. Hunter (Univ. of Auckland, New Zealand)
Jianhua Liu (GIS, Singapore)
Shui-Tein Chen (Academia Sinica, Taiwan)
Systems Biology 14 2005/06/08
DNA Replication
DNA replication is initiated at a region on a chromosome called an origin of replication. An enzyme called T-antigen (helicase) binds to the origin and unwinds the DNA in both directions from the origin. As the DNA is unwound specific single stranded DNA binding proteins (Replication factor A) prevent the strands from reannealing. RNA primers are produced by primase which bind to the DNA. Then DNA polymerase binds and begins to synthesize DNA complementary to the parental strand. DNA synthesis involved the incorporation of complementary bases into the growing strands of DNA.
Genetics 13 2005/06/01
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