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Results: 1-10 |
Results: 10
HEPATIC GLUCOSE-6-PHOSPHATASE FLUX AND GLUCOSE PHOSPHORYLATION, CYCLING, IRREVERSIBLE DISPOSAL, AND NET BALANCE IN-VIVO IN RATS - MEASUREMENT USING THE SECRETED GLUCURONATE TECHNIQUE
Authors: HELLERSTEIN MK NEESE RA LETSCHER A LINFOOT P TURNER S
Citation: Mk. Hellerstein et al., HEPATIC GLUCOSE-6-PHOSPHATASE FLUX AND GLUCOSE PHOSPHORYLATION, CYCLING, IRREVERSIBLE DISPOSAL, AND NET BALANCE IN-VIVO IN RATS - MEASUREMENT USING THE SECRETED GLUCURONATE TECHNIQUE, Metabolism, clinical and experimental, 46(12), 1997, pp. 1390-1398
HEPATIC GLUCONEOGENIC FLUXES AND GLYCOGEN TURNOVER DURING FASTING IN HUMANS - A STABLE-ISOTOPE STUDY
Authors: HELLERSTEIN MK NEESE RA LINFOOT P CHRISTIANSEN M TURNER S LETSCHER A
Citation: Mk. Hellerstein et al., HEPATIC GLUCONEOGENIC FLUXES AND GLYCOGEN TURNOVER DURING FASTING IN HUMANS - A STABLE-ISOTOPE STUDY, The Journal of clinical investigation, 100(5), 1997, pp. 1305-1319
HEPATIC GLUCONEOGENIC (GNG) FLUXES AND GLYCOGEN TURNOVER DURING FASTING IN HUMANS
Authors: NEESE R LINFOOT P TURNER S SCHWARZ JM CHRISTIANSEN M HELLERSTEIN M
Citation: R. Neese et al., HEPATIC GLUCONEOGENIC (GNG) FLUXES AND GLYCOGEN TURNOVER DURING FASTING IN HUMANS, Diabetes, 46, 1997, pp. 930-930
EFFECT OF DIET ON LEPTIN - A SIGNAL OF SURPLUS DIETARY-FAT IN LEAN AND OBESE MEN
Authors: SCHWARZ JM LINFOOT P NEESE R DARE D HELLERSTEIN M
Citation: Jm. Schwarz et al., EFFECT OF DIET ON LEPTIN - A SIGNAL OF SURPLUS DIETARY-FAT IN LEAN AND OBESE MEN, Diabetes, 46, 1997, pp. 942-942
DETAILED CHARACTERIZATION IN FASTING HUMANS OF INTRAHEPATIC FLUXES THROUGH GLUCONEOGENESIS (GNG) AND GLYCOGEN
Authors: HELLERSTEIN M NEESE R LINFOOT P CHRISTIANSEN M LETSCHER A
Citation: M. Hellerstein et al., DETAILED CHARACTERIZATION IN FASTING HUMANS OF INTRAHEPATIC FLUXES THROUGH GLUCONEOGENESIS (GNG) AND GLYCOGEN, Diabetes, 45, 1996, pp. 125-125
A TRACER METHOD FOR SIMULTANEOUS MEASUREMENT OF GLUCONEOGENESIS (GNG)AND GLUCOSE-PRODUCTION (GP) USING STABLE ISOTOPES
Authors: SCHWARZ JM LETSCHER A LINFOOT P CESAR D BOCK S NEESE R
Citation: Jm. Schwarz et al., A TRACER METHOD FOR SIMULTANEOUS MEASUREMENT OF GLUCONEOGENESIS (GNG)AND GLUCOSE-PRODUCTION (GP) USING STABLE ISOTOPES, Diabetes, 45, 1996, pp. 1198-1198
EFFECTS OF ENERGY RESTRICTION ON LIPOLYSIS (LIP), FREE FATTY-ACID (FFA) FLUXES, GLUCONEOGENESIS (GNG) AND GLYCOGENOLYSIS IN NIDDM
Authors: CHRISTIANSEN M LINFOOT P NEESE R TURNER S HELLERSTEIN M
Citation: M. Christiansen et al., EFFECTS OF ENERGY RESTRICTION ON LIPOLYSIS (LIP), FREE FATTY-ACID (FFA) FLUXES, GLUCONEOGENESIS (GNG) AND GLYCOGENOLYSIS IN NIDDM, Diabetes, 45, 1996, pp. 1199-1199
ABSOLUTE GLUCONEOGENESIS (ABS GNG) IN HUMANS BY MASS ISOTOPOMER DISTRIBUTION ANALYSIS (MIDA) - ISOTOPIC DESIGN AND ANALYTIC REQUIREMENTS
Authors: LINFOOT P NEESE R SCHWARZ JM TURNER S SAUERWEIN H DEKKER E HELLERSTEIN M
Citation: P. Linfoot et al., ABSOLUTE GLUCONEOGENESIS (ABS GNG) IN HUMANS BY MASS ISOTOPOMER DISTRIBUTION ANALYSIS (MIDA) - ISOTOPIC DESIGN AND ANALYTIC REQUIREMENTS, Diabetes, 45, 1996, pp. 1218-1218
GLUCONEOGENESIS (GNG) IN NIDDA - EFFECT OF ENERGY RESTRICTION
Authors: CHRISTIANSEN M LINFOOT P NEESE R TURNER S HELLERSTEIN M
Citation: M. Christiansen et al., GLUCONEOGENESIS (GNG) IN NIDDA - EFFECT OF ENERGY RESTRICTION, Diabetes, 44, 1995, pp. 55-55
CONTRIBUTION FROM GLUCONEOGENESIS (GNG) TO FASTING BLOOD-GLUCOSE MEASURED BY MASS ISOTOPOMER DISTRIBUTION ANALYSIS (MIDA) IN NORMAL HUMANS
Authors: HELLERSTEIN M NEESE R LINFOOT P CHRISTIANSEN M TURNER S
Citation: M. Hellerstein et al., CONTRIBUTION FROM GLUCONEOGENESIS (GNG) TO FASTING BLOOD-GLUCOSE MEASURED BY MASS ISOTOPOMER DISTRIBUTION ANALYSIS (MIDA) IN NORMAL HUMANS, Diabetes, 44, 1995, pp. 153-153
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