Biochemistry of Exercise X, Volume 10

Voorkant
Human Kinetics, 1999 - 337 pagina's

Drawing from the work of leading researchers in 26 countries, Biochemistry of Exercise X delivers an up-to-date, wide-ranging examination of membranes, muscles, and exercise. Experts in the field of biochemistry offer the latest research findings on topics such as signaling, excitation-contraction, metabolism, and adaption.

The book features the proceedings of the prestigious Tenth International Conference on Biochemistry of Exercise held in Sydney, Australia, by the Research Group on Biochemistry of Exercise (ICSSPE) July 15-19, 1997.

Featuring 48 illustrations and 9 tables, Biochemistry of Exercise X thoroughly examines recent findings on the basic mechanisms shaping exercise biochemistry and details their applications to specific areas in the field.

 

Geselecteerde pagina's

Inhoudsopgave

Credits
2
A New Golden Age
9
Intracellular Signaling Pathways in Contracting
19
Interaction Between Blood Flow Metabolism and Exercise
35
Neuroendocrine Regulation During Exercise
47
Muscle Membranes Diet and Exercise
57
Role of the Skeletal Muscle Na+ K+Pump During Exercise
71
ExcitationContraction Coupling and Fatigue
99
Glucose Transport and Transporters in Skeletal Muscle
169
Lactate Exchange and pH Regulation in Skeletal Muscle
185
Fatty Acid Binding Proteins and Muscle Lipid Metabolism
201
Skeletal Muscle Amino Acid Transport and Metabolism
217
Molecular Biology of the Glucose Transporter GLUT4
233
Biochemical Regulation of CarbohydrateLipid Interaction
241
Role of Lipolysis
263
Energy Metabolism of Skeletal Muscle Fiber Types
275

Efficiency of Energy Conversion by Muscles and Its Relation
115
Factors Limiting ATPase Activity in Skeletal Muscle
125
Failure of Calcium Release in Muscle Fatigue
135
The Role of pH and Inorganic Phosphate Ions
147
Redox Modulation of Skeletal Muscle Contraction
155
Contractile Activity and Skeletal Muscle Gene Expression
291
Vascular Remodeling Induced by Muscle Activity
301
Contributions of Muscle Activity Patterns and Neutral
315
Stress Proteins and the Adaptive Response
329
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Veelvoorkomende woorden en zinsdelen

Acta adipocytes alanine American Journal amino acids Applied Physiology ATPase binding Biochem Biochemistry Biol blood flow buffer Ca² Ca2+ release calcium capacity carbohydrate cells cellular changes concentration contracting muscles cycle decrease effect endurance training energy enzyme epinephrine exercise-induced FABPPM fat oxidation fatty acid fiber types fibres figure function gene glucose transport glucose uptake GLUT4 glutamine glycogen glycogenolysis growth factor human muscle human skeletal muscle increase induced infusion inhibition insulin intracellular Intralipid isoforms Journal of Applied Journal of Physiology K+-pump lactate lactate transport levels lipid lipolysis M-CoA MAP kinase maximal mechanism metabolism Mg2+ mitochondrial mRNA muscle activity muscle fatigue muscle fibers muscle glycogen Na+,K+-pump output oxygen pathway phosphorylation Physiol plasma FFA plasma membrane protein pump rat skeletal muscle receptor reduced regulation response role sarcolemmal sarcoplasmic reticulum signaling skeletal muscle soleus sprint stimulation studies substrate synthesis tion tissue translocation vascular vasoconstrictor vesicles VO2max Westerblad

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Bibliografische gegevens

TitelBiochemistry of Exercise X, Volume 10
International series on sport sciences
AuteurMark Hargreaves
RedacteursMark Hargreaves, Martin Thompson
Editiegeïllustreerd
UitgeverHuman Kinetics, 1999
ISBN0880117583, 9780880117586
Lengte337 pagina's
  
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