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INTRINSIC SPECIFICITY OF THE REACTIVE-SITE LOOP OF ALPHA(1)-ANTITRYPSIN, ALPHA(1)-ANTICHYMOTRYPSIN, ANTITHROMBIN-III, AND PROTEASE NEXIN-I
Authors: DJIE MZ STONE SR LEBONNIEC BF
Citation: Mz. Djie et al., INTRINSIC SPECIFICITY OF THE REACTIVE-SITE LOOP OF ALPHA(1)-ANTITRYPSIN, ALPHA(1)-ANTICHYMOTRYPSIN, ANTITHROMBIN-III, AND PROTEASE NEXIN-I, The Journal of biological chemistry, 272(26), 1997, pp. 16268-16273
ROLE OF THE P-2 RESIDUE IN DETERMINING THE SPECIFICITY OF SERPINS
Authors: DJIE MZ LEBONNIEC BF HOPKINS PCR HIPLER K STONE SR
Citation: Mz. Djie et al., ROLE OF THE P-2 RESIDUE IN DETERMINING THE SPECIFICITY OF SERPINS, Biochemistry, 35(35), 1996, pp. 11461-11469
THE EFFECTS OF SUBSTITUTING THE REACTIVE-SITE LOOP OF ALPHA-1-ANTICHYMOTRYPSIN WITH THOSE OF ANTITHROMBIN-III AND PROTEASE NEXIN INHIBITOR
Authors: DJIE MZ STONE SR
Citation: Mz. Djie et Sr. Stone, THE EFFECTS OF SUBSTITUTING THE REACTIVE-SITE LOOP OF ALPHA-1-ANTICHYMOTRYPSIN WITH THOSE OF ANTITHROMBIN-III AND PROTEASE NEXIN INHIBITOR, Journal of cellular biochemistry, 1994, pp. 177-177
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