28 results on '"Henriksen, E J"'
Search Results
2. GLYCOGEN SYNTHASE KINASE-3 AND REGULATION OF SKELETAL MUSCLE CARBOHYDRATE METABOLISM
3. HINDLIMB SUSPENSION IS ASSOCIATED WITH DECREASED PROTEIN EXPRESSION OF IRS-1 IN UNWEIGHTED RAT SOLEUS MUSCLE
4. DEVELOPMENT OF WHOLE-BODY AND SKELETAL MUSCLE INSULIN RESISTANCE AFTER ONE-DAY OF HINDLIMB SUSPENSION
5. ROLE OF GLUT-4 PROTEIN LEVEL IN EXERCISE- AND LIPOIC ACID-INDUCED ENHANCEMENT OF GLUCOSE TRANSPORT IN INSULIN-RESISTANT RAT SKELETAL MUSCLE
6. RELATIONSHIP BETWEEN INSULIN-STIMULATED GLUCOSE TRANSPORT AND OXIDATIVE STRESS IN INSULIN-RESISTANT RAT SKELETAL MUSCLE
7. ROLES OF GLUCOSE TRANSPORT AND GLUT-4 PROTEIN IN GLYCOGEN SUPERCOMPENSATION DURING SOLEUS REWEIGHTING: 938
8. 504 SKELETAL MUSCLE CARBOHYDRATE METABOLISM FOLLOWING HYPERTROPHY INDUCED BY VOLUNTARY WHEEL RUNNING
9. 102 INCREASES IN PROTEIN CONTENT AND PROTEIN SYNTHESIS IN HEART AND PLANTARIS OF VOLUNTARY RUNNING RATS
10. 232 RELATIONSHIP BETWEEN TOTAL GLUCOSE TRANSPORTER PROTEIN CONTENT AND MAXIMALLY-STIMULATABLE GLUCOSE TRANSPORT IN RAT SKELETAL MUSCLES
11. HINDLIMB SUSPENSION IS ASSOCIATED WITH DECREASED PROTEIN EXPRESSION OF IRS-1 IN UNWEIGHTED RAT SOLEUS MUSCLE
12. DEVELOPMENT OF WHOLE-BODY AND SKELETAL MUSCLE INSULIN RESISTANCE AFTER ONE-DAY OF HINDLIMB SUSPENSION
13. POST-EXERCISE GLYCOGEN RESYNTHESIS IN RAT SKELETAL MUSCLE IS NOT MEDIATED BY BRADYKININ
14. INTERACTIONS OF EXERCISE TRAINING AND ACE INHIBITION ON INSULIN ACTION IN OBESE ZUCKER RATS
15. EFFECT OF PRIOR EXERCISE ON INSULIN-LIKE GROWTH FACTOR I-STIMULATED SYSTEM A AMINO ACID TRANSPORT IN SKELLTAL MUSCLE
16. HINDLIMB SUSPENSION IS ASSOCIATED WITH DECREASED PROTEIN EXPRESSION OF IRS-1 IN UNWEIGHTED RAT SOLEUS MUSCLE.
17. DEVELOPMENT OF WHOLE-BODY AND SKELETAL MUSCLE INSULIN RESISTANCE AFTER ONE-DAY OF HINDLIMB SUSPENSION.
18. EXERCISE TRAINING AND LIPOIC ACID UPREGULATE IRS1 PROTEIN EXPRESSION IN MUSCLE OF OBESE ZUCKER RATS
19. GLYCOGEN SYNTHASE KINASE3 AND REGULATION OF SKELETAL MUSCLE CARBOHYDRATE METABOLISM
20. HINDLIMB SUSPENSION IS ASSOCIATED WITH DECREASED PROTEIN EXPRESSION OF IRS1 IN UNWEIGHTED RAT SOLEUS MUSCLE
21. RELATIONSHIP BETWEEN INSULINSTIMULATED GLUCOSE TRANSPORT AND OXIDATIVE STRESS IN INSULINRESISTANT RAT SKELETAL MUSCLE
22. DEVELOPMENT OF WHOLEBODY AND SKELETAL MUSCLE INSULIN RESISTANCE AFTER ONEDAY OF HINDLIMB SUSPENSION
23. ROLE OF GLUT4 PROTEIN LEVEL IN EXERCISE AND LIPOIC ACIDINDUCED ENHANCEMENT OF GLUCOSE TRANSPORT IN INSULINRESISTANT RAT SKELETAL MUSCLE
24. EFFECT OF PRIOR EXERCISE ON INSULINLIKE GROWTH FACTOR ISTIMULATED SYSTEM A AMINO ACID TRANSPORT IN SKELLTAL MUSCLE
25. ROLES OF GLUCOSE TRANSPORT AND GLUT4 PROTEIN IN GLYCOGEN SUPERCOMPENSATION DURING SOLEUS REWEIGHTING
26. THE INFLUENCE OF AGING AND HINDLIMB SUSPENSION ON RAT SKELETAL MUSCLE 989
27. 232 RELATIONSHIP BETWEEN TOTAL GLUCOSE TRANSPORTER PROTEIN CONTENT AND MAXIMALLYSTIMULATABLE GLUCOSE TRANSPORT IN RAT SKELETAL MUSCLES
28. VOLUNTARY EXERCISE TRAINING ENHANCES GLUCOSE TRANSPORT IN SKELETAL MUSCLE STIMULATED BY INSULIN-LIKE GROWTH FACTOR-I 343
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