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HTRA1/PRSS11 Products

First discovered in E.coli, HTRA null mutants had two phenotypes. They either did not grow at elevated temperatures (HTRA for High Temperature Requirement) or failed to digest misfolded proteins in the periplasm (DegP). Subsequently, prokaryotic HTRA has been attributed to the tolerance against various folding stresses and to pathogenicity. Human homologs (HTRA1 to 4) are believed to play a role in arthritis, cell growth, unfolded stress response, apoptosis, aging and tumor progression.

5 results for "HTRA1/PRSS11" in Products

HTRA1/PRSS11 Products

First discovered in E.coli, HTRA null mutants had two phenotypes. They either did not grow at elevated temperatures (HTRA for High Temperature Requirement) or failed to digest misfolded proteins in the periplasm (DegP). Subsequently, prokaryotic HTRA has been attributed to the tolerance against various folding stresses and to pathogenicity. Human homologs (HTRA1 to 4) are believed to play a role in arthritis, cell growth, unfolded stress response, apoptosis, aging and tumor progression.

5 results for "HTRA1/PRSS11" in Products

IHC
WB, Simple Western
EnzAct
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