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Results: 1-13 |

Results: 13

MOLECULAR MECHANISMS OF THROMBIN FUNCTION

Authors: DICERA E DANG QD AYALA YM

Citation: E. Dicera et al., MOLECULAR MECHANISMS OF THROMBIN FUNCTION, Cellular and molecular life sciences, 53(9), 1997, pp. 701-730

SITE-SPECIFIC DISSECTION OF SUBSTRATE RECOGNITION BY THROMBIN

Authors: VINDIGNI A DANG QD DICERA E

Citation: A. Vindigni et al., SITE-SPECIFIC DISSECTION OF SUBSTRATE RECOGNITION BY THROMBIN, Nature biotechnology, 15(9), 1997, pp. 891-895

RATIONAL ENGINEERING OF ACTIVITY AND SPECIFICITY IN A SERINE-PROTEASE

Authors: DANG QD GUINTO ER DICERA E

Citation: Qd. Dang et al., RATIONAL ENGINEERING OF ACTIVITY AND SPECIFICITY IN A SERINE-PROTEASE, Nature biotechnology, 15(2), 1997, pp. 146-149

SELECTIVE LOSS OF FIBRINOGEN CLOTTING IN A LOOP-LESS THROMBIN

Authors: DANG QD SABETTA M DICERA E

Citation: Qd. Dang et al., SELECTIVE LOSS OF FIBRINOGEN CLOTTING IN A LOOP-LESS THROMBIN, The Journal of biological chemistry, 272(32), 1997, pp. 19649-19651

CHROMOGENIC SUBSTRATES SELECTIVE FOR ACTIVATED PROTEIN-C

Authors: DANG QD DICERA E

Citation: Qd. Dang et E. Dicera, CHROMOGENIC SUBSTRATES SELECTIVE FOR ACTIVATED PROTEIN-C, Blood, 89(6), 1997, pp. 2220-2222

RESIDUE-225 DETERMINES THE NA-INDUCED ALLOSTERIC REGULATION OF CATALYTIC ACTIVITY IN SERINE PROTEASES()

Authors: DANG QD DICERA E

Citation: Qd. Dang et E. Dicera, RESIDUE-225 DETERMINES THE NA-INDUCED ALLOSTERIC REGULATION OF CATALYTIC ACTIVITY IN SERINE PROTEASES(), Proceedings of the National Academy of Sciences of the United Statesof America, 93(20), 1996, pp. 10653-10656

EVOLUTION OF THE NA+ BINDING LOOP OF THROMBIN

Authors: DANG QD DICERA E

Citation: Qd. Dang et E. Dicera, EVOLUTION OF THE NA+ BINDING LOOP OF THROMBIN, Biophysical journal, 70(2), 1996, pp. 358-358

THEORY OF ALLOSTERIC EFFECTS IN SERINE PROTEASES

Authors: DICERA E HOPFNER KP DANG QD

Citation: E. Dicera et al., THEORY OF ALLOSTERIC EFFECTS IN SERINE PROTEASES, Biophysical journal, 70(1), 1996, pp. 174-181

IDENTIFICATION OF RESIDUES LINKED TO THE SLOW-]FAST TRANSITION OF THROMBIN

Authors: GUINTO ER VINDIGNI A AYALA YM DANG QD DICERA E

Citation: Er. Guinto et al., IDENTIFICATION OF RESIDUES LINKED TO THE SLOW-]FAST TRANSITION OF THROMBIN, Proceedings of the National Academy of Sciences of the United Statesof America, 92(24), 1995, pp. 11185-11189

AN ALLOSTERIC SWITCH CONTROLS THE PROCOAGULANT AND ANTICOAGULANT ACTIVITIES OF THROMBIN

Authors: DANG QD VINDIGNI A DICERA E

Citation: Qd. Dang et al., AN ALLOSTERIC SWITCH CONTROLS THE PROCOAGULANT AND ANTICOAGULANT ACTIVITIES OF THROMBIN, Proceedings of the National Academy of Sciences of the United Statesof America, 92(13), 1995, pp. 5977-5981

THE NA+ BINDING-SITE OF THROMBIN

Authors: DICERA E GUINTO ER VINDIGNI A DANG QD AYALA YM WUYI M TULINSKY A

Citation: E. Dicera et al., THE NA+ BINDING-SITE OF THROMBIN, The Journal of biological chemistry, 270(38), 1995, pp. 22089-22092

THROMBIN MUTANTS DEVOID OF ALLOSTERIC REGULATION

Authors: GUINTO ER DANG QD VINDIGNI A AYALA YM DICERA E

Citation: Er. Guinto et al., THROMBIN MUTANTS DEVOID OF ALLOSTERIC REGULATION, Circulation, 92(8), 1995, pp. 2644-2644

A SIMPLE ACTIVITY ASSAY FOR THROMBIN AND HIRUDIN

Authors: DANG QD DICERA E

Citation: Qd. Dang et E. Dicera, A SIMPLE ACTIVITY ASSAY FOR THROMBIN AND HIRUDIN, Journal of protein chemistry, 13(4), 1994, pp. 367-373

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