Overload, Performance Incompetence, and Regeneration in SportManfred Lehmann, Carl Foster, Uwe Gastmann, Hans Keizer, Jürgen M. Steinacker Springer, 23.11.2007 - 214 Seiten This volume summarizes the proceedings of the Reisensburg workshop which took place at Reisensburg Castle in November 1997". The castle is built on the site of an - cient Roman compound and situated in the south of Germany at the Danube river. Sci- tists from Australia, Austria, Belgium, Estonia, Germany, Italy, Netherlands, South Africa, Switzerland, and the United States participated in the workshop. Like the 1996 workshop, the proceedings of which will be published in Medicine and Science in Sports and Ex- cise in 1998, the 1997 workshop also focused on the topic of overtraining in its widest sense to deepen our knowledge in this particularly sensitive field of sports science and sports practice. The authors see the present volume in a context with the proceedings p- sented by Guten (ed. ) "Running Injuries"; Saunders, Philadelphia (1997) and Kxeider, Fry, and O'Toole (eds. ) "Overtraining in Sport"; Human Kinetics, Champaign IL (1997). Overtraining, that is, too much stress combined with too little time for regeneration, can be seen as a crucial and threatening problem within the modern athletic community, of which significance can already be recognized reading daily newspapers: ". . . During the 1996 European championships, a gymnast shook his head almost imperceptibly, closed his eyes briefly and left the arena without looking up. He was fatigue personified. 'Suddenly, I just couldn't do any more. I just wanted to rest'". A look at his schedule showed why. |
Im Buch
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... decrease in train- ing load ( regeneration ) with ( after short - term overtraining ) or without improvement in performance ( after long- term overtraining ) . Adapted from Foster C , Lehmann M ( 1997 ) Overtraining Syndrome . In ...
... decrease in train- ing load ( regeneration ) with ( after short - term overtraining ) or without improvement in performance ( after long- term overtraining ) . Adapted from Foster C , Lehmann M ( 1997 ) Overtraining Syndrome . In ...
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... decrease in performance cannot be compensated even during an extended regeneration period . An extended regeneration period additionally includes the risk of a further loss in performance so that 1-2 additional training mezzo cycles may ...
... decrease in performance cannot be compensated even during an extended regeneration period . An extended regeneration period additionally includes the risk of a further loss in performance so that 1-2 additional training mezzo cycles may ...
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... decrease in neuromuscular excitability ( 21—23 , 38 ) , ( ii ) decrease in sensitivity of adrenals to adreno- corticotropic hormone ( decreased Cortisol release ; depressed metabolic competence ) , ( 2 , 21—23 , 28 ) , ( iii ) decrease ...
... decrease in neuromuscular excitability ( 21—23 , 38 ) , ( ii ) decrease in sensitivity of adrenals to adreno- corticotropic hormone ( decreased Cortisol release ; depressed metabolic competence ) , ( 2 , 21—23 , 28 ) , ( iii ) decrease ...
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... Decreased nocturnal catecholamine ex- cretion : parameter for an overtraining syndrome in athletes ? Int J Sports Med 13 : 236-242 28. Lehmann M , Knizia K , Gastmann U , Petersen KG . Khalaf AN , Bauer S , Kerp L , Keul J ( 1993 ) ...
... Decreased nocturnal catecholamine ex- cretion : parameter for an overtraining syndrome in athletes ? Int J Sports Med 13 : 236-242 28. Lehmann M , Knizia K , Gastmann U , Petersen KG . Khalaf AN , Bauer S , Kerp L , Keul J ( 1993 ) ...
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... decrease in Selected Mechanisms Underlying Performance Incompetence In Endurance Athletes after Short- / Long - term Overtraining Imbalance Recovery Training Load Competition Non - Training Stress - Factors Peripheral Mechanisms ...
... decrease in Selected Mechanisms Underlying Performance Incompetence In Endurance Athletes after Short- / Long - term Overtraining Imbalance Recovery Training Load Competition Non - Training Stress - Factors Peripheral Mechanisms ...
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Andere Ausgaben - Alle anzeigen
Overload, Performance Incompetence, and Regeneration in Sport Manfred Lehmann,Carl Foster,Uwe Gastmann,Hans Keizer,Jürgen M. Steinacker Keine Leseprobe verfügbar - 2013 |
Overload, Performance Incompetence, and Regeneration in Sport Manfred Lehmann,Carl Foster,Uwe Gastmann,Hans Keizer,Jürgen M. Steinacker Keine Leseprobe verfügbar - 2013 |
Overload, Performance Incompetence, and Regeneration in Sport Manfred Lehmann,Carl Foster,Uwe Gastmann,Hans Keizer,Jürgen M. Steinacker Keine Leseprobe verfügbar - 1999 |
Häufige Begriffe und Wortgruppen
ACTH activity adaptation afferents anterior cruciate ligament Appl Physiol basal blood lactate brain catabolic catecholamine cells changes chronic coaches competition cortisol cycle cyclists decrease depressed distance runners effects elite endocrine endurance athletes excretion exercise training Figure free nerve endings Freiwald Fry AC function Gastmann glucocorticoid glycogen growth hormone hormonal responses hormone levels Human Kinetics Champaign increase in training Int J Sports intensive training Keul knee joint knee trauma Kreider RB Lehmann marathon measured mechanisms metabolic mitochondria monitoring mood muscle fibers muscle spindles muscular myofibrils myopathy neuromuscular neuronal neurotransmitter noradrenaline norepinephrine overload overreaching Overtraining in sport overtraining syndrome Performance Incompetence period physiological pituitary plasma POMS proteins rats receptors recovery recovery-stress release resistance exercise RESTQ-Sport rowers running Sci Sports Exerc skeletal muscle sleep Steinacker JM swimmers swimming tapering testosterone tion training intensity training load training session training volume tryptophan variables VO2max weeks weightlifting
Beliebte Passagen
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