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Results: 1-12 |
Results: 12
O-2 AVAILABILITY MODULATES TRANSMEMBRANE CA2-MESSENGER PATHWAYS IN ANOXIA-TOLERANT HEPATOCYTES( FLUX VIA 2ND)
Authors: LAND SC SANGER RH SMITH PJS
Citation: Sc. Land et al., O-2 AVAILABILITY MODULATES TRANSMEMBRANE CA2-MESSENGER PATHWAYS IN ANOXIA-TOLERANT HEPATOCYTES( FLUX VIA 2ND), Journal of applied physiology, 82(3), 1997, pp. 776-783
OXYGEN SENSING AND SIGNAL-TRANSDUCTION IN METABOLIC DEFENSE AGAINST HYPOXIA - LESSONS FROM VERTEBRATE FACULTATIVE ANAEROBES
Authors: HOCHACHKA PW LAND SC BUCK LT
Citation: Pw. Hochachka et al., OXYGEN SENSING AND SIGNAL-TRANSDUCTION IN METABOLIC DEFENSE AGAINST HYPOXIA - LESSONS FROM VERTEBRATE FACULTATIVE ANAEROBES, Comparative biochemistry and physiology. Section A: Comparative physiology, 118(1), 1997, pp. 23-29
DETECTION OF EXTRACELLULAR OXYGEN FLUXES FROM SINGLE CULTURED NEURONSUSING A NONINVASIVE, SELF-REFERENCING, OXYGEN MICROELECTRODE
Authors: LAND SC SANGER RH SMITH PJS
Citation: Sc. Land et al., DETECTION OF EXTRACELLULAR OXYGEN FLUXES FROM SINGLE CULTURED NEURONSUSING A NONINVASIVE, SELF-REFERENCING, OXYGEN MICROELECTRODE, The FASEB journal, 11(3), 1997, pp. 2006-2006
CONSUMPTION OF OXYGEN BY ISOLATED SKATE RETINAL PHOTORECEPTORS
Authors: MALCHOW RP LAND SC PATEL LS SMITH PJS
Citation: Rp. Malchow et al., CONSUMPTION OF OXYGEN BY ISOLATED SKATE RETINAL PHOTORECEPTORS, The Biological bulletin, 193(2), 1997, pp. 231-232
UNIFYING THEORY OF HYPOXIA TOLERANCE - MOLECULAR METABOLIC DEFENSE AND RESCUE MECHANISMS FOR SURVIVING OXYGEN LACK
Authors: HOCHACHKA PW BUCK LT DOLL CJ LAND SC
Citation: Pw. Hochachka et al., UNIFYING THEORY OF HYPOXIA TOLERANCE - MOLECULAR METABOLIC DEFENSE AND RESCUE MECHANISMS FOR SURVIVING OXYGEN LACK, Proceedings of the National Academy of Sciences of the United Statesof America, 93(18), 1996, pp. 9493-9498
A HEME-PROTEIN-BASED OXYGEN-SENSING MECHANISM CONTROLS THE EXPRESSIONAND SUPPRESSION OF MULTIPLE PROTEINS IN ANOXIA-TOLERANT TURTLE HEPATOCYTES
Authors: LAND SC HOCHACHKA PW
Citation: Sc. Land et Pw. Hochachka, A HEME-PROTEIN-BASED OXYGEN-SENSING MECHANISM CONTROLS THE EXPRESSIONAND SUPPRESSION OF MULTIPLE PROTEINS IN ANOXIA-TOLERANT TURTLE HEPATOCYTES, Proceedings of the National Academy of Sciences of the United Statesof America, 92(16), 1995, pp. 7505-7509
SUPPRESSION OF CA2-SELECTIVE VIBRATING PROBE( FLUX DURING THE TRANSITION TO ANOXIA IN TURTLE HEPATOCYTES REVEALED BY A NONINVASIVE CA2+)
Authors: LAND SC SMITH PJS
Citation: Sc. Land et Pjs. Smith, SUPPRESSION OF CA2-SELECTIVE VIBRATING PROBE( FLUX DURING THE TRANSITION TO ANOXIA IN TURTLE HEPATOCYTES REVEALED BY A NONINVASIVE CA2+), The Biological bulletin, 189(2), 1995, pp. 228-229
ENERGETIC COSTS TO SUSTAINING FUNCTIONAL VIABILITY DURING METABOLIC ARREST IN TURTLE HEPATOCYTES
Authors: LAND SC HOCHACHKA PW
Citation: Sc. Land et Pw. Hochachka, ENERGETIC COSTS TO SUSTAINING FUNCTIONAL VIABILITY DURING METABOLIC ARREST IN TURTLE HEPATOCYTES, The FASEB journal, 8(4), 1994, pp. 10000002-10000002
PROTEIN-TURNOVER DURING METABOLIC ARREST IN TURTLE HEPATOCYTES - ROLEAND ENERGY-DEPENDENCE OF PROTEOLYSIS
Authors: LAND SC HOCHACHKA PW
Citation: Sc. Land et Pw. Hochachka, PROTEIN-TURNOVER DURING METABOLIC ARREST IN TURTLE HEPATOCYTES - ROLEAND ENERGY-DEPENDENCE OF PROTEOLYSIS, The American journal of physiology, 266(4), 1994, pp. 30001028-30001036
COMPARTMENTATION OF LIVER PHOSPHOENOLPYRUVATE CARBOXYKINASE IN THE AQUATIC TURTLE PSEUDEMYS-SCRIPTA-ELEGANS - A REASSESSMENT
Authors: LAND SC HOCHACHKA PW
Citation: Sc. Land et Pw. Hochachka, COMPARTMENTATION OF LIVER PHOSPHOENOLPYRUVATE CARBOXYKINASE IN THE AQUATIC TURTLE PSEUDEMYS-SCRIPTA-ELEGANS - A REASSESSMENT, Journal of Experimental Biology, 182, 1993, pp. 271-273
RESPONSE OF PROTEIN-SYNTHESIS TO ANOXIA AND RECOVERY IN ANOXIA-TOLERANT HEPATOCYTES
Authors: LAND SC BUCK LT HOCHACHKA PW
Citation: Sc. Land et al., RESPONSE OF PROTEIN-SYNTHESIS TO ANOXIA AND RECOVERY IN ANOXIA-TOLERANT HEPATOCYTES, The American journal of physiology, 265(1), 1993, pp. 180000041-180000048
ANOXIA-TOLERANT HEPATOCYTES - MODEL SYSTEM FOR STUDY OF REVERSIBLE METABOLIC SUPPRESSION
Authors: BUCK LT LAND SC HOCHACHKA PW
Citation: Lt. Buck et al., ANOXIA-TOLERANT HEPATOCYTES - MODEL SYSTEM FOR STUDY OF REVERSIBLE METABOLIC SUPPRESSION, The American journal of physiology, 265(1), 1993, pp. 180000049-180000056
Risultati: 1-12 |