Carnitine Dynamics During Exercise |
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Page 71
... carnitine at 30 and 40 minutes of exercise ( Table 11 ) . MTF also had a slight but insigni- ficant increase at these time periods ( Table 12 ) . Free Plasma Carnitine Levels During Exercise There was a significant ( P < .001 ) decline in ...
... carnitine at 30 and 40 minutes of exercise ( Table 11 ) . MTF also had a slight but insigni- ficant increase at these time periods ( Table 12 ) . Free Plasma Carnitine Levels During Exercise There was a significant ( P < .001 ) decline in ...
Page 78
... free or long - chain carnitine ( Tables 15 through 18 ) . Total carnitine levels fell significantly ( P < .001 ) in all subjects from 4.21 ± 1.27 to 3.29 ± 1.27μmol / g wet weight muscle following acute exercise . Free muscle carnitine ...
... free or long - chain carnitine ( Tables 15 through 18 ) . Total carnitine levels fell significantly ( P < .001 ) in all subjects from 4.21 ± 1.27 to 3.29 ± 1.27μmol / g wet weight muscle following acute exercise . Free muscle carnitine ...
Page 79
Doris L. F. Lennon. TABLE 15 MUSCLE CARNITINE LEVELS * ( TOTAL , FREE , ACYLATED AND PERCENT ACYLATED ) BEFORE AND AFTER EXERCISE IN MALE SUBJECTS TOTAL CARNITINE FREE CARNITINE ACYLATED PERCENT ACYLATED CARNITINE CARNITINE SUBJECT PRE ...
Doris L. F. Lennon. TABLE 15 MUSCLE CARNITINE LEVELS * ( TOTAL , FREE , ACYLATED AND PERCENT ACYLATED ) BEFORE AND AFTER EXERCISE IN MALE SUBJECTS TOTAL CARNITINE FREE CARNITINE ACYLATED PERCENT ACYLATED CARNITINE CARNITINE SUBJECT PRE ...
Contents
Review of CarnitineRelated Literature | 6 |
Effects of Exercise on Carnitine | 42 |
Chapter III | 49 |
Copyright | |
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Common terms and phrases
15 minutes post acetyl activity acute exercise acyl carnitine acyl-CoA addition authors biopsy blood Bohmer Bremer capacity carnitine concentration carnitine deficiency carnitine levels centrifuged changes cholesterol levels comparison concentration decrease demonstrated derivatives determine differences disease effect elevated energy enzyme esters et al excretion fatty acid Female Subjects Figure function greater HDL-cholesterol heart higher human important increased indicated initial involved lipid lipoprotein liver long-chain lower Male Subjects maximal Mean measured mechanism metabolism minutes of exercise minutes post exercise mitochondrial normal observed occurs oxidation palmityl patients percent physical plasma carnitine possible present procedure prolonged proposed protein Range ratio rats regarding reported response rest result role runners samples serum session significant significantly skeletal muscle substrate suggest TABLE tissue total cholesterol transferase transferred transport uptake utilization values versus weight