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Results: 1-12 |
Results: 12
REDUCED GLUCOSE CLEARANCE AS THE MAJOR DETERMINANT OF POSTABSORPTIVE HYPERGLYCEMIA IN DIABETIC RATS
Authors: WI JK KIM JK YOUN JH
Citation: Jk. Wi et al., REDUCED GLUCOSE CLEARANCE AS THE MAJOR DETERMINANT OF POSTABSORPTIVE HYPERGLYCEMIA IN DIABETIC RATS, American journal of physiology: endocrinology and metabolism, 37(2), 1998, pp. 257-264
EXTRACELLULAR GLUCOSE DISTRIBUTION IS NOT ALTERED BY INSULIN - ANALYSIS OF PLASMA AND INTERSTITIAL L-GLUCOSE KINETICS
Authors: STEIL GM RICHEY J KIM JK WI JK REBRIN K BERGMAN RN YOUN JH
Citation: Gm. Steil et al., EXTRACELLULAR GLUCOSE DISTRIBUTION IS NOT ALTERED BY INSULIN - ANALYSIS OF PLASMA AND INTERSTITIAL L-GLUCOSE KINETICS, American journal of physiology: endocrinology and metabolism, 34(5), 1996, pp. 855-864
MECHANISMS OF POSTABSORPTIVE HYPERGLYCEMIA IN STREPTOZOTOCIN-DIABETICRATS
Authors: WI JK KIM JK YOUN JH
Citation: Jk. Wi et al., MECHANISMS OF POSTABSORPTIVE HYPERGLYCEMIA IN STREPTOZOTOCIN-DIABETICRATS, American journal of physiology: endocrinology and metabolism, 33(5), 1996, pp. 752-758
DECREASED GLUCOSE CLEARANCE IN DIABETIC RATS IS DUE TO REDUCED HEXOKINASE-ACTIVITY IN SKELETAL-MUSCLE
Authors: WI JK YOUN JH
Citation: Jk. Wi et Jh. Youn, DECREASED GLUCOSE CLEARANCE IN DIABETIC RATS IS DUE TO REDUCED HEXOKINASE-ACTIVITY IN SKELETAL-MUSCLE, Diabetologia, 39, 1996, pp. 683-683
METABOLIC IMPAIRMENT PRECEDES INSULIN-RESISTANCE IN SKELETAL-MUSCLE DURING HIGH-FAT FEEDING IN RATS
Authors: KIM JK WI JK YOUN JH
Citation: Jk. Kim et al., METABOLIC IMPAIRMENT PRECEDES INSULIN-RESISTANCE IN SKELETAL-MUSCLE DURING HIGH-FAT FEEDING IN RATS, Diabetes, 45(5), 1996, pp. 651-658
PLASMA-FREE FATTY-ACIDS DECREASE INSULIN-STIMULATED SKELETAL-MUSCLE GLUCOSE-UPTAKE BY SUPPRESSING GLYCOLYSIS IN CONSCIOUS RATS
Authors: KIM JK WI JK YOUN JH
Citation: Jk. Kim et al., PLASMA-FREE FATTY-ACIDS DECREASE INSULIN-STIMULATED SKELETAL-MUSCLE GLUCOSE-UPTAKE BY SUPPRESSING GLYCOLYSIS IN CONSCIOUS RATS, Diabetes, 45(4), 1996, pp. 446-453
REDUCED GLUCOSE EFFECTIVENESS IS RESPONSIBLE FOR DECREASED GLUCOSE CLEARANCE IN STZ DIABETIC RATS
Authors: WI JK YOUN JH
Citation: Jk. Wi et Jh. Youn, REDUCED GLUCOSE EFFECTIVENESS IS RESPONSIBLE FOR DECREASED GLUCOSE CLEARANCE IN STZ DIABETIC RATS, Diabetes, 45, 1996, pp. 924-924
MECHANISM BY WHICH PLASMA-FREE FATTY-ACIDS INHIBIT INSULIN-MEDIATED GLUCOSE-UPTAKE IN SKELETAL-MUSCLE
Authors: YOUN JH WI JK KIM JK
Citation: Jh. Youn et al., MECHANISM BY WHICH PLASMA-FREE FATTY-ACIDS INHIBIT INSULIN-MEDIATED GLUCOSE-UPTAKE IN SKELETAL-MUSCLE, Diabetologia, 38, 1995, pp. 67-67
DECREASED GLUCOSE CLEARANCE IS RESPONSIBLE FOR POSTABSORPTIVE HYPERGLYCEMIA IN DIABETIC RATS
Authors: WI JK KIM JK YOUN JH
Citation: Jk. Wi et al., DECREASED GLUCOSE CLEARANCE IS RESPONSIBLE FOR POSTABSORPTIVE HYPERGLYCEMIA IN DIABETIC RATS, Diabetologia, 38, 1995, pp. 154-154
POSTABSORPTIVE HYPERGLYCEMIA IN STREPTOZOTOCIN-DIABETIC RATS IS DUE TO DECREASED GLUCOSE CLEARANCE, NOT TO INCREASED HEPATIC GLUCOSE OUTPUT
Authors: WI JK YOUN JH
Citation: Jk. Wi et Jh. Youn, POSTABSORPTIVE HYPERGLYCEMIA IN STREPTOZOTOCIN-DIABETIC RATS IS DUE TO DECREASED GLUCOSE CLEARANCE, NOT TO INCREASED HEPATIC GLUCOSE OUTPUT, Diabetes, 44, 1995, pp. 193-193
PLASMA FFA DECREASES INSULIN-STIMULATED GLUCOSE-UPTAKE BY SUPPRESSINGGLYCOLYSIS WITHOUT ALTERING GLUCOSE-TRANSPORT ACTIVITY IN-VIVO
Authors: KIM JK WI JK YOUN JH
Citation: Jk. Kim et al., PLASMA FFA DECREASES INSULIN-STIMULATED GLUCOSE-UPTAKE BY SUPPRESSINGGLYCOLYSIS WITHOUT ALTERING GLUCOSE-TRANSPORT ACTIVITY IN-VIVO, Diabetes, 44, 1995, pp. 245-245
HYPERGLYCEMIA IN STREPTOZOTOCIN-DIABETIC RATS IS NOT DUE TO ELEVATED BASAL HEPATIC GLUCOSE OUTPUT
Authors: WI JK KIM JK YOUN JH
Citation: Jk. Wi et al., HYPERGLYCEMIA IN STREPTOZOTOCIN-DIABETIC RATS IS NOT DUE TO ELEVATED BASAL HEPATIC GLUCOSE OUTPUT, Diabetes, 43, 1994, pp. 10000253-10000253
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