1986
DOI: 10.1016/s0021-9258(19)57234-9
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Purification and characterization of an acid metalloproteinase from human articular cartilage.

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Cited by 55 publications
(1 citation statement)
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“…Amino acid residues indicated are NH2-termini identified in various forms of MMP-3. This includes tissue collagenase (MMP-1) (Stricklin et al, 1983), MMP-2 (Murphy et al, 1985), MMP-3 (Okada et al, 1988) , neutrophil collagenase (Mallya & Van Wart, 1989), "gelatinases" from neutrophils (Hibbs et al, 1985;Murphy et al, 1989) and macrophages (Hibbs et al, 1987), acid metalloproteinase from cartilage (Azzo & Woessner, 1986), collagen telopeptidase (Nakano & Scott, 1987), the enzyme that degrades one-quarter and three-quarter fragments of type I collagen (Overall & Sodek, 1987), and a low relative molecular mass metalloproteinase from rat uterus (Woessner & Taplin, 1988). Studies on the activation of procollagenase and proMMP-3 suggest that treatment of the zymogens with APMA initiates a molecular perturbation of the precursor zymogens that results in loss of an approximately 12 000 Mx peptide from the NH2-terminal end (Stricklin et al, 1983;Okada et al, 1988).…”
Section: ~Xe)mentioning
confidence: 99%
“…Amino acid residues indicated are NH2-termini identified in various forms of MMP-3. This includes tissue collagenase (MMP-1) (Stricklin et al, 1983), MMP-2 (Murphy et al, 1985), MMP-3 (Okada et al, 1988) , neutrophil collagenase (Mallya & Van Wart, 1989), "gelatinases" from neutrophils (Hibbs et al, 1985;Murphy et al, 1989) and macrophages (Hibbs et al, 1987), acid metalloproteinase from cartilage (Azzo & Woessner, 1986), collagen telopeptidase (Nakano & Scott, 1987), the enzyme that degrades one-quarter and three-quarter fragments of type I collagen (Overall & Sodek, 1987), and a low relative molecular mass metalloproteinase from rat uterus (Woessner & Taplin, 1988). Studies on the activation of procollagenase and proMMP-3 suggest that treatment of the zymogens with APMA initiates a molecular perturbation of the precursor zymogens that results in loss of an approximately 12 000 Mx peptide from the NH2-terminal end (Stricklin et al, 1983;Okada et al, 1988).…”
Section: ~Xe)mentioning
confidence: 99%