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Results: 1-11 |
Results: 11
SYSTEM Y(- THE BROAD SCOPE AND CATION MODULATED AMINO-ACID TRANSPORTER()L )
Authors: DEVES R ANGELO S ROJAS AM
Citation: R. Deves et al., SYSTEM Y(- THE BROAD SCOPE AND CATION MODULATED AMINO-ACID TRANSPORTER()L ), Experimental physiology, 83(2), 1998, pp. 211-220
SYSTEM Y(- THE BROAD-SCOPE AND CATION-MODULATED AMINO-ACID TRANSPORTER()L )
Authors: DEVES R ANGELO S ROJAS AM
Citation: R. Deves et al., SYSTEM Y(- THE BROAD-SCOPE AND CATION-MODULATED AMINO-ACID TRANSPORTER()L ), Journal of physiology, 499P, 1997, pp. 20-20
THE BINDING-SPECIFICITY OF AMINO-ACID-TRANSPORT SYSTEM Y+L IN HUMAN ERYTHROCYTES IS ALTERED BY MONOVALENT CATIONS (VOL 153, PG 37, 1996)
Authors: ANGELO S IRARRAZABAL C DEVES R
Citation: S. Angelo et al., THE BINDING-SPECIFICITY OF AMINO-ACID-TRANSPORT SYSTEM Y+L IN HUMAN ERYTHROCYTES IS ALTERED BY MONOVALENT CATIONS (VOL 153, PG 37, 1996), The Journal of membrane biology, 155(2), 1997, pp. 187-187
AMINO-ACID-TRANSPORT SYSTEM Y(- INTERACTION BETWEEN NEUTRAL AMINO-ACIDS AND MONOVALENT CATIONS()L OF HUMAN ERYTHROCYTES )
Authors: ANGELO S IRARRAZABAL C CARTIER E DEVES R
Citation: S. Angelo et al., AMINO-ACID-TRANSPORT SYSTEM Y(- INTERACTION BETWEEN NEUTRAL AMINO-ACIDS AND MONOVALENT CATIONS()L OF HUMAN ERYTHROCYTES ), Journal of physiology, 493P, 1996, pp. 115-115
THE BINDING-SPECIFICITY OF AMINO-ACID-TRANSPORT SYSTEM Y(+)L IN HUMANERYTHROCYTES IS ALTERED BY MONOVALENT CATIONS
Authors: ANGELO S IRARRAZABAL C DEVES R
Citation: S. Angelo et al., THE BINDING-SPECIFICITY OF AMINO-ACID-TRANSPORT SYSTEM Y(+)L IN HUMANERYTHROCYTES IS ALTERED BY MONOVALENT CATIONS, The Journal of membrane biology, 153(1), 1996, pp. 37-44
CHANGES IN MEMBRANE AND SURFACE-POTENTIAL EXPLAIN THE OPPOSITE EFFECTS OF LOW IONIC-STRENGTH ON THE 2 LYSINE TRANSPORTERS OF HUMAN ERYTHROCYTES
Authors: DEVES R ANGELO S
Citation: R. Deves et S. Angelo, CHANGES IN MEMBRANE AND SURFACE-POTENTIAL EXPLAIN THE OPPOSITE EFFECTS OF LOW IONIC-STRENGTH ON THE 2 LYSINE TRANSPORTERS OF HUMAN ERYTHROCYTES, The Journal of biological chemistry, 271(50), 1996, pp. 32034-32039
DIFFERENTIAL EFFECT OF LOW IONIC-STRENGTH ON THE 2 TRANSPORT-SYSTEMS FOR CATIONIC AMINO-ACIDS IN HUMAN ERYTHROCYTES
Authors: DAVES R ANGELO S
Citation: R. Daves et S. Angelo, DIFFERENTIAL EFFECT OF LOW IONIC-STRENGTH ON THE 2 TRANSPORT-SYSTEMS FOR CATIONIC AMINO-ACIDS IN HUMAN ERYTHROCYTES, Journal of physiology, 487P, 1995, pp. 98-98
TRANSPORT OF NITRIC-OXIDE SYNTHASE INHIBITORS THROUGH CATIONIC AMINO-ACID CARRIERS IN HUMAN ERYTHROCYTES
Authors: FORRAY MI ANGELO S BOYD CAR DEVES R
Citation: Mi. Forray et al., TRANSPORT OF NITRIC-OXIDE SYNTHASE INHIBITORS THROUGH CATIONIC AMINO-ACID CARRIERS IN HUMAN ERYTHROCYTES, Biochemical pharmacology, 50(12), 1995, pp. 1963-1968
INTERACTION OF INHIBITORS OF NITRIC-OXIDE SYNTHASE WITH CATIONIC AMINO-ACID-TRANSPORT SYSTEM Y(+) AND Y(+)L IN HUMAN ERYTHROCYTES
Authors: FORRAY MI ANGELO S BOYD CAR DEVES R
Citation: Mi. Forray et al., INTERACTION OF INHIBITORS OF NITRIC-OXIDE SYNTHASE WITH CATIONIC AMINO-ACID-TRANSPORT SYSTEM Y(+) AND Y(+)L IN HUMAN ERYTHROCYTES, Journal of physiology, 476P, 1994, pp. 160000061-160000061
AMINO-ACID-TRANSPORT SYSTEM Y(- SPECIFICITY AND CATION DEPENDENCE OF THE TRANSLOCATION STEP()L OF HUMAN ERYTHROCYTES )
Authors: ANGELO S DEVES R
Citation: S. Angelo et R. Deves, AMINO-ACID-TRANSPORT SYSTEM Y(- SPECIFICITY AND CATION DEPENDENCE OF THE TRANSLOCATION STEP()L OF HUMAN ERYTHROCYTES ), The Journal of membrane biology, 141(2), 1994, pp. 183-192
N-ETHYLMALEIMIDE DISCRIMINATES BETWEEN 2 LYSINE TRANSPORT-SYSTEMS IN HUMAN ERYTHROCYTES
Authors: DEVES R ANGELO S CHAVEZ P
Citation: R. Deves et al., N-ETHYLMALEIMIDE DISCRIMINATES BETWEEN 2 LYSINE TRANSPORT-SYSTEMS IN HUMAN ERYTHROCYTES, Journal of physiology, 468, 1993, pp. 753-766
Risultati: 1-11 |