Conclusion of SNAPG: Difference between revisions
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SNAP-gamma is one of three SNAPs isoform found in mammal. Its structure similarity with Sec17 (presumably a SNAP-alpha homolog in yeast (Tani, 2003) was insufficient to draw a conclusion that these proteins also had the same function. Another look at SNAP-gamma sequence conservation with its superfamilies is important to investigate the unknown function of this protein. The unknown function also related to evolutionary of SNAPG protein which was conserved in several organisms; including bacteria, human, mouse, insect, and plants. | SNAP-gamma is one of three SNAPs isoform found in mammal. Its structure similarity with Sec17 (presumably a SNAP-alpha homolog in yeast (Tani, 2003) was insufficient to draw a conclusion that these proteins also had the same function. Another look at SNAP-gamma sequence conservation with its superfamilies is important to investigate the unknown function of this protein. The unknown function also related to evolutionary of SNAPG protein which was conserved in several organisms; including bacteria, human, mouse, insect, and plants. | ||
Back to [Scientific Report of N-ethylmaleide-sensitive factor attachment protein, gamma] | Back to [[Scientific Report of N-ethylmaleide-sensitive factor attachment protein, gamma]] | ||
Revision as of 00:40, 12 June 2007
SNAP-gamma is one of three SNAPs isoform found in mammal. Its structure similarity with Sec17 (presumably a SNAP-alpha homolog in yeast (Tani, 2003) was insufficient to draw a conclusion that these proteins also had the same function. Another look at SNAP-gamma sequence conservation with its superfamilies is important to investigate the unknown function of this protein. The unknown function also related to evolutionary of SNAPG protein which was conserved in several organisms; including bacteria, human, mouse, insect, and plants.
Back to Scientific Report of N-ethylmaleide-sensitive factor attachment protein, gamma
