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Results: 1-25/37
Authors:
HAJDUCH E
DARAKHSHAN F
HUNDAL HS
Citation: E. Hajduch et al., FRUCTOSE UPTAKE IN RAT ADIPOCYTES - GLUT5 EXPRESSION AND THE EFFECTS OF STREPTOZOTOCIN-INDUCED DIABETES, Diabetologia, 41(7), 1998, pp. 821-828
Authors:
HAJDUCH E
ALESSI DR
HEMMINGS BA
HUNDAL HS
Citation: E. Hajduch et al., CONSTITUTIVE ACTIVATION OF PROTEIN-KINASE-B-ALPHA BY MEMBRANE TARGETING PROMOTES GLUCOSE AND SYSTEM-A AMINO-ACID-TRANSPORT, PROTEIN-SYNTHESIS, AND INACTIVATION OF GLYCOGEN-SYNTHASE KINASE-3 IN L6 MUSCLE-CELLS, Diabetes, 47(7), 1998, pp. 1006-1013
Authors:
HAJDUCH E
RENCUREL F
DARAKHSHAN F
HUNDAL HS
Citation: E. Hajduch et al., 5HT(2A) SEROTONIN RECEPTOR-MEDIATED REGULATION OF GLUCOSE-TRANSPORT (GT) IN SKELETAL-MUSCLE, Diabetes, 47, 1998, pp. 759-759
Authors:
CHOUDHARY OP
ARORA BR
HUNDAL HS
Citation: Op. Choudhary et al., PHOSPHATE SORPTION ISOTHERMS IN RELATION TO P NUTRITION OF WHEAT (TRITICUM-AESTIVUM), Nutrient cycling in agroecosystems, 47(2), 1997, pp. 99-106
Authors:
BERNARDMICHEL B
ROHANI S
PONS MN
VIVIER H
HUNDAL HS
Citation: B. Bernardmichel et al., CLASSIFICATION OF CRYSTAL SHAPE USING FOURIER DESCRIPTORS AND MATHEMATICAL MORPHOLOGY, Particle & particle systems characterization, 14(4), 1997, pp. 193-200
Authors:
KEMP HF
HUNDAL HS
TAYLOR PM
Citation: Hf. Kemp et al., GLUCOSE-TRANSPORT CORRELATES WITH GLUT2 ABUNDANCE IN RAT-LIVER DURINGALTERED THYROID STATUS, Molecular and cellular endocrinology, 128(1-2), 1997, pp. 97-102
Authors:
ALEDO JC
LAVOIE L
VOLCHUK A
KELLER SR
KLIP A
HUNDAL HS
Citation: Jc. Aledo et al., IDENTIFICATION AND CHARACTERIZATION OF 2 DISTINCT INTRACELLULAR GLUT4POOLS IN RAT SKELETAL-MUSCLE - EVIDENCE FOR AN ENDOSOMAL AND AN INSULIN-SENSITIVE GLUT4 COMPARTMENT, Biochemical journal, 325, 1997, pp. 727-732
Authors:
HAJDUCH E
ALEDO JC
WATTS C
HUNDAL HS
Citation: E. Hajduch et al., PROTEOLYTIC CLEAVAGE OF CELLUBREVIN AND VESICLE-ASSOCIATED MEMBRANE-PROTEIN (VAMP) BY TETANUS TOXIN DOES NOT IMPAIR INSULIN-STIMULATED GLUCOSE-TRANSPORT OR GLUT4 TRANSLOCATION IN RAT ADIPOCYTES, Biochemical journal, 321, 1997, pp. 233-238
Authors:
KRISTIANSEN S
DARAKHSHAN F
RICHTER EA
HUNDAL HS
Citation: S. Kristiansen et al., FRUCTOSE TRANSPORT AND GLUT-5 PROTEIN IN HUMAN SARCOLEMMAL VESICLES, American journal of physiology: endocrinology and metabolism, 36(3), 1997, pp. 543-548
Authors:
HUNDAL HS
ROHANI S
WOOD HC
PONS MN
Citation: Hs. Hundal et al., PARTICLE-SHAPE CHARACTERIZATION USING IMAGE-ANALYSIS AND NEURAL NETWORKS, Powder technology, 91(3), 1997, pp. 217-227
Authors:
MCDOWELL HE
WALKER T
HAJDUCH E
CHRISTIE G
BATTY IH
DOWNES CP
HUNDAL HS
Citation: He. Mcdowell et al., INOSITOL PHOSPHOLIPID 3-KINASE IS ACTIVATED BY CELLULAR STRESS BUT ISNOT REQUIRED FOR THE STRESS-INDUCED ACTIVATION OF GLUCOSE-TRANSPORT IN L6 RAT SKELETAL-MUSCLE CELLS, European journal of biochemistry, 247(1), 1997, pp. 306-313
Authors:
HAJDUCH E
ALESSI DR
HEMMINGS BA
HUNDAL HS
Citation: E. Hajduch et al., OVEREXPRESSION OF WILD-TYPE PROTEIN-KINASE-B INCREASES GLUCOSE-TRANSPORT AND AMINO-ACID-TRANSPORT IN L6 SKELETAL-MUSCLE CELLS, Diabetes, 46, 1997, pp. 313-313
Authors:
DARAKHSHAN F
ALEDO JC
KELLER SR
HUNDAL HS
Citation: F. Darakhshan et al., HUMAN SKELETAL-MUSCLE CONTAINS 2 IMMUNOLOGICALLY DISTINCT INTRACELLULAR POPULATIONS OF GLUT4 VESICLES, Diabetes, 46, 1997, pp. 791-791
Authors:
RENNIE MJ
KHOGALI SEO
LOW SY
MCDOWELL HE
HUNDAL HS
AHMED A
TAYLOR PM
Citation: Mj. Rennie et al., AMINO-ACID-TRANSPORT IN HEART AND SKELETAL-MUSCLE AND THE FUNCTIONAL CONSEQUENCES, Biochemical Society transactions, 24(3), 1996, pp. 869-873
Authors:
BLAKEMORE SJ
RICKHUSS PK
WATT PW
RENNIE MJ
HUNDAL HS
Citation: Sj. Blakemore et al., EFFECTS OF LIMB IMMOBILIZATION ON CYTOCHROME-C-OXIDASE ACTIVITY AND GLUT4 AND GLUT5 PROTEIN EXPRESSION IN HUMAN SKELETAL-MUSCLE, Clinical science, 91(5), 1996, pp. 591-599
Authors:
SHAH SW
MCARDLE WJ
HUNDAL HS
Citation: Sw. Shah et al., CHARACTERISTICS OF GLUCOSE-TRANSPORT IN CULTURED HUMAN CHORIOCARCINOMA CELLS (BEWO), Journal of physiology, 493P, 1996, pp. 84-84
Authors:
RENNIE MJ
AHMED A
KHOGALI SEO
LOW SY
HUNDAL HS
TAYLOR PM
Citation: Mj. Rennie et al., GLUTAMINE-METABOLISM AND TRANSPORT IN SKELETAL-MUSCLE AND HEART AND THEIR CLINICAL RELEVANCE, The Journal of nutrition, 126(4), 1996, pp. 1142-1149
Authors:
ALEDO JC
HAJDUCH E
DARAKHSHAN F
HUNDAL HS
Citation: Jc. Aledo et al., ANALYSES OF THE COLOCALIZATION OF CELLUBREVIN AND THE GLUT4 GLUCOSE-TRANSPORTER IN RAT AND HUMAN INSULIN-RESPONSIVE TISSUES, FEBS letters, 395(2-3), 1996, pp. 211-216
Authors:
HUNDAL HS
ALEDO JC
Citation: Hs. Hundal et Jc. Aledo, DO SUBCELLULAR FRACTIONATION STUDIES OF SKELETAL-MUSCLE YIELD USEFUL INFORMATION REGARDING SARCOLEMMAL COMPONENTS - REPLY, FEBS letters, 384(2), 1996, pp. 204-205
Authors:
KEMP HF
HUNDAL HS
RENNIE MJ
TAYLOR PM
Citation: Hf. Kemp et al., EFFECTS OF THYROID STATUS ON GLUCOSE-TRANSPORT AND GLUT-2 EXPRESSION IN RAT-LIVER MEMBRANE-VESICLES, The FASEB journal, 9(4), 1995, pp. 1000-1000
Authors:
MCDOWELL HE
CHRISTIE GR
STENHOUSE G
HUNDAL HS
Citation: He. Mcdowell et al., LEUCINE ACTIVATES SYSTEM-A AMINO-ACID-TRANSPORT IN L6 RAT SKELETAL-MUSCLE CELLS, American journal of physiology. Cell physiology, 38(5), 1995, pp. 1287-1294
Authors:
BLAKEMORE SJ
ALEDO JC
JAMES J
CAMPBELL FC
LUCOCQ JM
HUNDAL HS
Citation: Sj. Blakemore et al., THE GLUT5 HEXOSE TRANSPORTER IS ALSO LOCALIZED TO THE BASOLATERAL MEMBRANE OF THE HUMAN JEJUNUM (VOL 309, PG 7, 1995), Biochemical journal, 310, 1995, pp. 1055-1055
Authors:
BLAKEMORE SJ
ALEDO JC
JAMES J
CAMPBELL FC
LUCOCQ JM
HUNDAL HS
Citation: Sj. Blakemore et al., THE GLUT5 HEXOSE TRANSPORTER IS ALSO LOCALIZED TO THE BASOLATERAL MEMBRANE OF THE HUMAN JEJUNUM, Biochemical journal, 309, 1995, pp. 7-12
Authors:
ALEDO JC
DARAKHSHAN F
HUNDAL HS
Citation: Jc. Aledo et al., THE INSULIN-SENSITIVE POOLS OF THE GLUT4 GLUCOSE-TRANSPORTER AND THE ALPHA(2)-SUBUNIT OF THE NA-K+-ATPASE IN RAT SKELETAL-MUSCLE ARE IMMUNOLOGICALLY AND BIOPHYSICALLY DISTINCT(), Journal of physiology, 489P, 1995, pp. 128-129
Authors:
MCDOWELL HE
WALKER T
DOWNES CP
HUNDAL HS
Citation: He. Mcdowell et al., INHIBITION OF IGF-1-STIMULATED GLUCOSE AND SYSTEM A AMINO-ACID-TRANSPORT IN L6 RAT SKELETAL-MUSCLE CELLS - EFFECTS OF WORTMANNIN (WM) AND RAPAMYCIN (RAP), Journal of physiology, 482P, 1995, pp. 5-5