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Results: 1-10 |
Results: 10
THE GLAST1 (EAAT1) DICARBOXYLIC AMINO-ACID TRANSPORTER OF CULTURED RAT-BRAIN ASTROCYTES IS ACTIVATED BY PHORBOL ESTER (PMA) AND INHIBITED BY GENISTEIN
Authors: KIMMICH GA RANDLES J
Citation: Ga. Kimmich et J. Randles, THE GLAST1 (EAAT1) DICARBOXYLIC AMINO-ACID TRANSPORTER OF CULTURED RAT-BRAIN ASTROCYTES IS ACTIVATED BY PHORBOL ESTER (PMA) AND INHIBITED BY GENISTEIN, The FASEB journal, 12(4), 1998, pp. 2666-2666
NA-COUPLED ALANINE TRANSPORT IN LLC-PK1 CELLS - THE RELATIONSHIP BETWEEN THE K-M FOR NA+ AT LOW [ALANINE] AND POTENTIAL DEPENDENCE FOR THE SYSTEM()
Authors: WILSON JJ RANDLES J KIMMICH GA
Citation: Jj. Wilson et al., NA-COUPLED ALANINE TRANSPORT IN LLC-PK1 CELLS - THE RELATIONSHIP BETWEEN THE K-M FOR NA+ AT LOW [ALANINE] AND POTENTIAL DEPENDENCE FOR THE SYSTEM(), The journal of membrane biology, 165(3), 1998, pp. 275-282
GLUCOSE-METABOLISM ATTENUATES THE INHIBITORY EFFECT OF ARACHIDONIC-ACID ON NA-COUPLED GLUTAMATE TRANSPORT IN GLIAL-CELLS()
Authors: KIMMICH GA RANDLES J
Citation: Ga. Kimmich et J. Randles, GLUCOSE-METABOLISM ATTENUATES THE INHIBITORY EFFECT OF ARACHIDONIC-ACID ON NA-COUPLED GLUTAMATE TRANSPORT IN GLIAL-CELLS(), The FASEB journal, 11(3), 1997, pp. 3618-3618
A MODEL DESCRIBING THE POTENTIAL DEPENDENCE OF SODIUM-COPULED ALANINETRANSPORT
Authors: WILSON JJ RANDLES J KIMMICH GA
Citation: Jj. Wilson et al., A MODEL DESCRIBING THE POTENTIAL DEPENDENCE OF SODIUM-COPULED ALANINETRANSPORT, Biophysical journal, 72(2), 1997, pp. 342-342
FUNCTION OF THE NATIVE NA-COUPLED ALANINE TRANSPORTER IN LLC-PK1 CELLS MONITORED BY WHOLE-CELL RECORDING TECHNIQUES()
Authors: WILSON JJ RANDLES J KIMMICH GA
Citation: Jj. Wilson et al., FUNCTION OF THE NATIVE NA-COUPLED ALANINE TRANSPORTER IN LLC-PK1 CELLS MONITORED BY WHOLE-CELL RECORDING TECHNIQUES(), The FASEB journal, 10(3), 1996, pp. 459-459
A MODEL FOR THE KINETIC MECHANISM OF SODIUM-COUPLED L-ALANINE TRANSPORT IN LLC-PK1 CELLS
Authors: WILSON JJ RANDLES J KIMMICH GA
Citation: Jj. Wilson et al., A MODEL FOR THE KINETIC MECHANISM OF SODIUM-COUPLED L-ALANINE TRANSPORT IN LLC-PK1 CELLS, American journal of physiology. Cell physiology, 39(1), 1996, pp. 49-56
THE MOLECULAR MECHANISM AND POTENTIAL DEPENDENCE OF THE NA+ GLUCOSE COTRANSPORTER/
Authors: BENNETT E KIMMICH GA
Citation: E. Bennett et Ga. Kimmich, THE MOLECULAR MECHANISM AND POTENTIAL DEPENDENCE OF THE NA+ GLUCOSE COTRANSPORTER/, Biophysical journal, 70(4), 1996, pp. 1676-1688
FOR THE LLC-PK1 NA+ ALA COTRANSPORTER, TRANSLOCATION AND BINDING DISSOCIATION OF SODIUM ARE POTENTIAL INDEPENDENT/
Authors: WILSON JJ KIMMICH GA
Citation: Jj. Wilson et Ga. Kimmich, FOR THE LLC-PK1 NA+ ALA COTRANSPORTER, TRANSLOCATION AND BINDING DISSOCIATION OF SODIUM ARE POTENTIAL INDEPENDENT/, Biophysical journal, 70(2), 1996, pp. 296-296
A MODEL FOR SODIUM-DEPENDENT L-ALANINE TRANSPORT IN LLC-PKL CELLS
Authors: WILSON J KIMMICH GA RANDLES J
Citation: J. Wilson et al., A MODEL FOR SODIUM-DEPENDENT L-ALANINE TRANSPORT IN LLC-PKL CELLS, The FASEB journal, 9(3), 1995, pp. 306-306
NA-COUPLED ALANINE TRANSPORT IN LLC-PK1 CELLS()
Authors: KIMMICH GA RANDLES J WILSON J
Citation: Ga. Kimmich et al., NA-COUPLED ALANINE TRANSPORT IN LLC-PK1 CELLS(), American journal of physiology. Cell physiology, 36(4), 1994, pp. 30001119-30001129
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