Primary cultured human cell strains and cell lines are valuable bioresources for researches on cellular aging. The TMIG-2DPAGE Proteome Database is prepared for investigating molecular mechanisms involved in the cellular aging, aging-related diseases, and oxidative stress-induced cell damages.

2-D PAGE proteome database of TIG-3, nornal human diploid fibroblasts, for profiling in-vitro aging (prepared in HTML)

2-D PAGE proteome database of Werner's syndrome human skin fibroblasts for profiling premature aging (under construction)

2-D PAGE proteome database of SH-SY5Y, human neuroblastoma cells for profiling oxidative stress response [Prepared in XML, powered by PHP+PostgreSQL]

2-D PAGE proteome database of HUVEC, human umbilical vein endothelial cells for profiling oxidative stress response [Prepared in XML, powered by PHP+PostgreSQL]

TMIG standard methods in proteomics performed in TMIG Proteomics Collaboration Center

• ExPASy WORLD-2DPAGE list of federated 2-D PAGE databases


• SWISS-2DPAGE


• ExPASy Proteomics databases and tools


• Mascot Database Search


• ProteinProspector


• neXtProt
  (a comprehensive human chromosome-centric proteomic discovery platform)


• UniProtKB/Swiss-Prot Protein Database


• DNA Data Bank of Japan (DDBJ)
  


• PeptideAtras
  

• HUPO (Human Proteome Organisation)
  
  
• JPrOS (Japanese Proteomics Society)
  
  
• The Japanese Electrophoresis Society