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Results: 1-11 |
Results: 11
LUMINAL TRANSPORT STEP OF PARA-AMINOHIPPURATE (PAH) - TRANSPORT FROM PAH-LOADED PROXIMAL TUBULAR CELLS INTO THE TUBULAR LUMEN OF THE RAT-KIDNEY IN-VIVO
Authors: ULLRICH KJ RUMRICH G
Citation: Kj. Ullrich et G. Rumrich, LUMINAL TRANSPORT STEP OF PARA-AMINOHIPPURATE (PAH) - TRANSPORT FROM PAH-LOADED PROXIMAL TUBULAR CELLS INTO THE TUBULAR LUMEN OF THE RAT-KIDNEY IN-VIVO, Pflugers Archiv, 433(6), 1997, pp. 735-743
INTERACTION OF ALKYL ARYLPHOSPHONATES, PHOSPHONOCARBOXYLATES AND DIPHOSPHONATES WITH DIFFERENT ANION TRANSPORT-SYSTEMS IN THE PROXIMAL RENAL TUBULE/
Authors: ULLRICH KJ RUMRICH G BURKE TR SHIRAZIBEECHEY SP LANG HJ
Citation: Kj. Ullrich et al., INTERACTION OF ALKYL ARYLPHOSPHONATES, PHOSPHONOCARBOXYLATES AND DIPHOSPHONATES WITH DIFFERENT ANION TRANSPORT-SYSTEMS IN THE PROXIMAL RENAL TUBULE/, The Journal of pharmacology and experimental therapeutics, 283(3), 1997, pp. 1223-1229
LUMINAL TRANSPORT-SYSTEM FOR CHOLINE(-TRANSPORT SYSTEMS IN THE RAT PROXIMAL TUBULE - KINETICS, SPECIFICITY - ALKYL() IN RELATION TO THE OTHER ORGANIC CATION)ARYLAMINES, ALKYLAMINES WITH OH, O, SH, NH2, ROCO, RSCO AND H2PO4-GROUPS, METHYLAMINOSTYRYL, RHODAMINE, ACRIDINE, PHENANTHRENE AND CYANINE COMPOUNDS/
Authors: ULLRICH KJ RUMRICH G
Citation: Kj. Ullrich et G. Rumrich, LUMINAL TRANSPORT-SYSTEM FOR CHOLINE(-TRANSPORT SYSTEMS IN THE RAT PROXIMAL TUBULE - KINETICS, SPECIFICITY - ALKYL() IN RELATION TO THE OTHER ORGANIC CATION)ARYLAMINES, ALKYLAMINES WITH OH, O, SH, NH2, ROCO, RSCO AND H2PO4-GROUPS, METHYLAMINOSTYRYL, RHODAMINE, ACRIDINE, PHENANTHRENE AND CYANINE COMPOUNDS/, Pflugers Archiv, 432(3), 1996, pp. 471-485
STEREOSPECIFICITY IN CONTRALUMINAL AND LUMINAL TRANSPORTERS OF ORGANIC CATIONS IN THE RAT RENAL PROXIMAL TUBULE
Authors: SOMOGYI AA RUMRICH G FRITZSCH G ULLRICH KJ
Citation: Aa. Somogyi et al., STEREOSPECIFICITY IN CONTRALUMINAL AND LUMINAL TRANSPORTERS OF ORGANIC CATIONS IN THE RAT RENAL PROXIMAL TUBULE, The Journal of pharmacology and experimental therapeutics, 278(1), 1996, pp. 31-36
MORPHINE ANALOGS - RELATIONSHIP BETWEEN CHEMICAL-STRUCTURE AND INTERACTION WITH PROXIMAL TUBULAR TRANSPORTERS - CONTRALUMINAL ORGANIC CATION AND ANION TRANSPORTER, LUMINAL H+ ORGANIC CATION-EXCHANGER, AND LUMINAL CHOLINE TRANSPORTER/
Authors: ULLRICH KJ RUMRICH G
Citation: Kj. Ullrich et G. Rumrich, MORPHINE ANALOGS - RELATIONSHIP BETWEEN CHEMICAL-STRUCTURE AND INTERACTION WITH PROXIMAL TUBULAR TRANSPORTERS - CONTRALUMINAL ORGANIC CATION AND ANION TRANSPORTER, LUMINAL H+ ORGANIC CATION-EXCHANGER, AND LUMINAL CHOLINE TRANSPORTER/, Cellular physiology and biochemistry, 5(4), 1995, pp. 290-298
LUMINAL TRANSPORT-SYSTEM FOR H+ ORGANIC CATIONS IN THE RAT PROXIMAL TUBULE - KINETICS, DEPENDENCE ON PH - SPECIFICITY AS COMPARED WITH THE CONTRALUMINAL ORGANIC CATION-TRANSPORT SYSTEM/
Authors: DAVID C RUMRICH G ULLRICH KJ
Citation: C. David et al., LUMINAL TRANSPORT-SYSTEM FOR H+ ORGANIC CATIONS IN THE RAT PROXIMAL TUBULE - KINETICS, DEPENDENCE ON PH - SPECIFICITY AS COMPARED WITH THE CONTRALUMINAL ORGANIC CATION-TRANSPORT SYSTEM/, Pflugers Archiv, 430(4), 1995, pp. 477-492
POLYSUBSTRATES - SUBSTANCES THAT INTERACT WITH RENAL CONTRALUMINAL PAH, SULFATE, AND NMEN TRANSPORT - SULFAMOYL-CARBOXYLATE, SULFONYLUREA-CARBOXYLATE, THIAZIDE-CARBOXYLATE AND BENZENEAMINO-CARBOXYLATE (NICOTINATE) COMPOUNDS
Authors: ULLRICH KJ FRITZSCH G RUMRICH G DAVID C
Citation: Kj. Ullrich et al., POLYSUBSTRATES - SUBSTANCES THAT INTERACT WITH RENAL CONTRALUMINAL PAH, SULFATE, AND NMEN TRANSPORT - SULFAMOYL-CARBOXYLATE, SULFONYLUREA-CARBOXYLATE, THIAZIDE-CARBOXYLATE AND BENZENEAMINO-CARBOXYLATE (NICOTINATE) COMPOUNDS, The Journal of pharmacology and experimental therapeutics, 269(2), 1994, pp. 684-692
CISPLATIN NEPHROTOXICITY - SITE OF FUNCTIONAL DISTURBANCE AND CORRELATION TO LOSS OF BODY-WEIGHT
Authors: AMMER U NATOCHIN Y DAVID C RUMRICH G ULLRICH KJ
Citation: U. Ammer et al., CISPLATIN NEPHROTOXICITY - SITE OF FUNCTIONAL DISTURBANCE AND CORRELATION TO LOSS OF BODY-WEIGHT, Renal physiology and biochemistry, 16(3), 1993, pp. 131-145
RENAL TRANSPORT MECHANISMS FOR XENOBIOTICS - CHEMICALS AND DRUGS
Authors: ULLRICH KJ RUMRICH G
Citation: Kj. Ullrich et G. Rumrich, RENAL TRANSPORT MECHANISMS FOR XENOBIOTICS - CHEMICALS AND DRUGS, The Clinical investigator, 71(10), 1993, pp. 843-848
BISUBSTRATES - SUBSTANCES THAT INTERACT WITH RENAL CONTRALUMINAL ORGANIC ANION AND ORGANIC CATION-TRANSPORT SYSTEMS .1. AMINES, PIPERIDINES, PIPERAZINES, AZEPINES, PYRIDINES, QUINOLINES, IMIDAZOLES, THIAZOLES,GUANIDINES AND HYDRAZINES
Authors: ULLRICH KJ RUMRICH G DAVID C FRITZSCH G
Citation: Kj. Ullrich et al., BISUBSTRATES - SUBSTANCES THAT INTERACT WITH RENAL CONTRALUMINAL ORGANIC ANION AND ORGANIC CATION-TRANSPORT SYSTEMS .1. AMINES, PIPERIDINES, PIPERAZINES, AZEPINES, PYRIDINES, QUINOLINES, IMIDAZOLES, THIAZOLES,GUANIDINES AND HYDRAZINES, Pflugers Archiv, 425(3-4), 1993, pp. 280-299
BISUBSTRATES - SUBSTANCES THAT INTERACT WITH BOTH, RENAL CONTRALUMINAL ORGANIC ANION AND ORGANIC CATION-TRANSPORT SYSTEMS .2. ZWITTERIONIC SUBSTRATES - DIPEPTIDES, CEPHALOSPORINS, QUINOLONE-CARBOXYLATE GYRASE INHIBITORS AND PHOSPHAMIDE THIAZINE CARBOXYLATES - NONIONIZABLE SUBSTRATES - STEROID-HORMONES AND CYCLOPHOSPHAMIDES
Authors: ULLRICH KJ RUMRICH G DAVID C FRITZSCH G
Citation: Kj. Ullrich et al., BISUBSTRATES - SUBSTANCES THAT INTERACT WITH BOTH, RENAL CONTRALUMINAL ORGANIC ANION AND ORGANIC CATION-TRANSPORT SYSTEMS .2. ZWITTERIONIC SUBSTRATES - DIPEPTIDES, CEPHALOSPORINS, QUINOLONE-CARBOXYLATE GYRASE INHIBITORS AND PHOSPHAMIDE THIAZINE CARBOXYLATES - NONIONIZABLE SUBSTRATES - STEROID-HORMONES AND CYCLOPHOSPHAMIDES, Pflugers Archiv, 425(3-4), 1993, pp. 300-312
Risultati: 1-11 |