Proteinase and collagenase activities in ginger rhizome.
Akihiko Hashimoto, Yoko TAKEUTI, Yuzo Kawahara, Kyoden YASUMOTO
Abstract
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Akihiko Hashimoto, Yoko TAKEUTI, Yuzo Kawahara, Kyoden YASUMOTO
Abstract
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Proteolytic enzyme (s) was partially purified from a crude extract of acetone-dried powder of ginger rhizome.The purified preparation gave a single main protein band of approximately 30,000 Da. on SDS-polyacrylamide gel electrophoresis and hydrolyzed casein (proteinase activity) and type 1 collagen from bovine achilles tendon (collagenase activity).The collagenase activity of ginger was not affected by addition of EDTA, which it is known to be a potent inhibitor of collagenases from other sources, but was inhibited by HgCl2.The proteinase and collagenase activities of the ginger preparation decreased at a similar rate during heat-treatment.These results are interpreted to indicate that ginger rhizome contains a single enzyme which has both proteinase and collagenase activities.
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Proteolytic enzyme (s) was partially purified from a crude extract of acetone-dried powder of ginger rhizome.The purified preparation gave a single main protein band of approximately 30,000 Da. on SDS-polyacrylamide gel electrophoresis and hydrolyzed casein (proteinase activity) and type 1 collagen from bovine achilles tendon (collagenase activity).The collagenase activity of ginger was not affected by addition of EDTA, which it is known to be a potent inhibitor of collagenases from other sources, but was inhibited by HgCl2.The proteinase and collagenase activities of the ginger preparation decreased at a similar rate during heat-treatment.These results are interpreted to indicate that ginger rhizome contains a single enzyme which has both proteinase and collagenase activities.
Key concepts: Collagenase, Rhizome, Enzyme, Chemistry, Casein, Biochemistry, Polyacrylamide gel electrophoresis, Hydrolysis