2010Protein and Peptide LettersRequires access

Production of Active MMP7 in E. coli and Its Application for Metalloproteinase Inhibitors Screening

Hiroshi Katsuno, Ryutaro Shirakawa, Kei Miyazaki, Yasuhiro Ozeki, Hidetaro Yasumitsu

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Abstract

MMP-7 is the smallest metalloproteinase. Its unregulated activities and existence in serum are recently known to be tightly related with life-threatening disease such as cardiac disease and several cancers. The protein production is thought to be useful for its characterization and antibody generation. Although many attempts at bacterial expressions have been conducted, they were recovered as insoluble and inactive protein. In this study, after soluble expression, singlestep purification and conversion to active protease, it was applied for the screening secretory metalloproteinase inhibitors in conditioned media of human cancer cells. Keywords: MMP-7/matrilysin, matrix metalloproteinase, GST fusion, metalloproteinase inhibitor, soluble expression in E. coli, reverse-zymography

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What this paper is about

MMP-7 is the smallest metalloproteinase. Its unregulated activities and existence in serum are recently known to be tightly related with life-threatening disease such as cardiac disease and several cancers. The protein production is thought to be useful for its characterization and antibody generation. Although many attempts at bacterial expressions have been conducted, they were recovered as insoluble and inactive protein. In this study, after soluble expression, singlestep purification and conversion to active protease, it was applied for the screening secretory metalloproteinase inhibitors in conditioned media of human cancer cells. Keywords: MMP-7/matrilysin, matrix metalloproteinase, GST fusion, metalloproteinase inhibitor, soluble expression in E. coli, reverse-zymography

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Available abstract

MMP-7 is the smallest metalloproteinase. Its unregulated activities and existence in serum are recently known to be tightly related with life-threatening disease such as cardiac disease and several cancers. The protein production is thought to be useful for its characterization and antibody generation. Although many attempts at bacterial expressions have been conducted, they were recovered as insoluble and inactive protein. In this study, after soluble expression, singlestep purification and conversion to active protease, it was applied for the screening secretory metalloproteinase inhibitors in conditioned media of human cancer cells. Keywords: MMP-7/matrilysin, matrix metalloproteinase, GST fusion, metalloproteinase inhibitor, soluble expression in E. coli, reverse-zymography

Key concepts: Metalloproteinase, Matrix metalloproteinase, Zymography, Protease, Matrilysin, Cancer, Matrix metalloproteinase inhibitor, Chemistry

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Production of Active MMP7 in E. coli and Its Application for Metalloproteinase Inhibitors Screening — Research Paper | ScholarLens