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Results: 1-9 |
Results: 9
RELATIVE CONTRIBUTIONS OF NET HEPATIC GLYCOGENOLYSIS AND GLUCONEOGENESIS TO GLUCOSE-PRODUCTION IN NORMAL AND CIRRHOTIC SUBJECTS
Authors: PETERSEN KF KRSSAK M NAVARRO V CHANDRAMOULI V HUNDAL R SCHUMANN WC LANDAU BR SHULMAN GI
Citation: Kf. Petersen et al., RELATIVE CONTRIBUTIONS OF NET HEPATIC GLYCOGENOLYSIS AND GLUCONEOGENESIS TO GLUCOSE-PRODUCTION IN NORMAL AND CIRRHOTIC SUBJECTS, Journal of investigative medicine, 46(3), 1998, pp. 233-233
QUANTIFYING GLUCONEOGENESIS DURING FASTING
Authors: CHANDRAMOULI V EKBERG K SCHUMANN WC KALHAN SC WAHREN J LANDAU BR
Citation: V. Chandramouli et al., QUANTIFYING GLUCONEOGENESIS DURING FASTING, American journal of physiology: endocrinology and metabolism, 36(6), 1997, pp. 1209-1215
APPLICATION OF A NOVEL-APPROACH TO QUANTIFY GLUCONEOGENESIS IN HUMAN-PREGNANCY
Authors: KALHAN S ROSSI K GRUCA L PATKI C BURKETT E SCHUMANN WC CHANDRAMOULI V LANDAU BR
Citation: S. Kalhan et al., APPLICATION OF A NOVEL-APPROACH TO QUANTIFY GLUCONEOGENESIS IN HUMAN-PREGNANCY, Pediatric research, 39(4), 1996, pp. 531-531
CONTRIBUTIONS OF GLUCONEOGENESIS TO GLUCOSE-PRODUCTION IN THE FASTED STATE
Authors: LANDAU BR WAHREN J CHANDRAMOULI V SCHUMANN WC EKBERG K KALHAN SC
Citation: Br. Landau et al., CONTRIBUTIONS OF GLUCONEOGENESIS TO GLUCOSE-PRODUCTION IN THE FASTED STATE, The Journal of clinical investigation, 98(2), 1996, pp. 378-385
A MICROMETHOD FOR THE MEASUREMENT OF DEUTERIUM BOUND TO CARBON-6 OF GLUCOSE TO QUANTIFY GLUCONEOGENESIS IN-VIVO
Authors: KALHAN SC TRIVEDI R SINGH S CHANDRAMOULI V SCHUMANN WC LANDAU BR
Citation: Sc. Kalhan et al., A MICROMETHOD FOR THE MEASUREMENT OF DEUTERIUM BOUND TO CARBON-6 OF GLUCOSE TO QUANTIFY GLUCONEOGENESIS IN-VIVO, Journal of mass spectrometry., 30(11), 1995, pp. 1588-1592
USE OF (H2O)-H-2 FOR ESTIMATING RATES OF GLUCONEOGENESIS - APPLICATION TO THE FASTED STATE
Authors: LANDAU BR WAHREN J CHANDRAMOULI V SCHUMANN WC EKBERG K KALHAN SC
Citation: Br. Landau et al., USE OF (H2O)-H-2 FOR ESTIMATING RATES OF GLUCONEOGENESIS - APPLICATION TO THE FASTED STATE, The Journal of clinical investigation, 95(1), 1995, pp. 172-178
GLUCONEOGENESIS AND GLUCURONIDATION IN LIVER IN-VIVO AND THE HETEROGENEITY OF HEPATOCYTE FUNCTION
Authors: EKBERG K CHANDRAMOULI V KUMARAN K SCHUMANN WC WAHREN J LANDAU BR
Citation: K. Ekberg et al., GLUCONEOGENESIS AND GLUCURONIDATION IN LIVER IN-VIVO AND THE HETEROGENEITY OF HEPATOCYTE FUNCTION, The Journal of biological chemistry, 270(37), 1995, pp. 21715-21717
ESTIMATES OF KREBS CYCLE ACTIVITY AND CONTRIBUTIONS OF GLUCONEOGENESIS TO HEPATIC GLUCOSE-PRODUCTION IN FASTING HEALTHY-SUBJECTS AND IDDM PATIENTS
Authors: LANDAU BR CHANDRAMOULI V SCHUMANN WC EKBERG K KUMARAN K KALHAN SC WAHREN J
Citation: Br. Landau et al., ESTIMATES OF KREBS CYCLE ACTIVITY AND CONTRIBUTIONS OF GLUCONEOGENESIS TO HEPATIC GLUCOSE-PRODUCTION IN FASTING HEALTHY-SUBJECTS AND IDDM PATIENTS, Diabetologia, 38(7), 1995, pp. 831-838
C-14-LABELED PROPIONATE METABOLISM IN-VIVO AND ESTIMATES OF HEPATIC GLUCONEOGENESIS RELATIVE TO KREBS CYCLE FLUX
Authors: LANDAU BR SCHUMANN WC CHANDRAMOULI V MAGNUSSON I KUMARAN K WAHREN J
Citation: Br. Landau et al., C-14-LABELED PROPIONATE METABOLISM IN-VIVO AND ESTIMATES OF HEPATIC GLUCONEOGENESIS RELATIVE TO KREBS CYCLE FLUX, The American journal of physiology, 265(4), 1993, pp. 50000636-50000647
Risultati: 1-9 |