Title : Reconstitution of catalytically competent human zeta-thrombin by combination of zeta-thrombin residues A1-36 and B1-148 and an Escherichia coli expressed polypeptide corresponding to zeta-thrombin residues B149-259.

Pub. Date : 1991 Dec 17

PMID : 1751488






4 Functional Relationships(s)
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Compound Name
Protein Name
Organism
1 Human zeta-thrombin, a catalytically competent serine proteinase, arises from a single chymotryptic cleavage at Trp-148 in alpha-thrombin to generate two nonconvalently associated polypeptide segments designated zeta 1-thrombin (the 36-residue A-chain disulfide linked to B-chain residues B1-148) and zeta 2-thrombin (B149-259). Tryptophan coagulation factor II, thrombin Homo sapiens
2 Human zeta-thrombin, a catalytically competent serine proteinase, arises from a single chymotryptic cleavage at Trp-148 in alpha-thrombin to generate two nonconvalently associated polypeptide segments designated zeta 1-thrombin (the 36-residue A-chain disulfide linked to B-chain residues B1-148) and zeta 2-thrombin (B149-259). Tryptophan coagulation factor II, thrombin Homo sapiens
3 Human zeta-thrombin, a catalytically competent serine proteinase, arises from a single chymotryptic cleavage at Trp-148 in alpha-thrombin to generate two nonconvalently associated polypeptide segments designated zeta 1-thrombin (the 36-residue A-chain disulfide linked to B-chain residues B1-148) and zeta 2-thrombin (B149-259). Tryptophan coagulation factor II, thrombin Homo sapiens
4 Human zeta-thrombin, a catalytically competent serine proteinase, arises from a single chymotryptic cleavage at Trp-148 in alpha-thrombin to generate two nonconvalently associated polypeptide segments designated zeta 1-thrombin (the 36-residue A-chain disulfide linked to B-chain residues B1-148) and zeta 2-thrombin (B149-259). Tryptophan coagulation factor II, thrombin Homo sapiens