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Ratel - Human Muscle Fatigue

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This book offers a broad view of the research, as well as an inventory of historical and current research, and will provide students with a clearer understanding of the subject by exploring the mechanisms of fatigue between different groups.

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HUMAN MUSCLE FATIGUE

When human muscle fatigues, athletic performance becomes impaired. For those individuals suffering muscle or metabolic diseases, the effects of muscle fatigue can make everyday tasks difficult. Understanding the scientific processes responsible for skeletal muscle fatigue is therefore central to the study of the physiology of sport, exercise and disease.

Written by a team of leading international exercise scientists, this book explores the mechanisms of muscle fatigue and presents a comprehensive survey of current research on this important topic. Examining the wide variety of protocols, assessment methods and exercise models used to study muscle fatigue, the book explores the differential effects of fatigue as influenced by:

age

gender

fitness and training

the use of ergogenic aids

medical conditions including neuromuscular diseases, muscular dystrophies and myopathies.

Human Muscle Fatigue covers both clinical and applied approaches in sport and exercise physiology and devotes an entire section to the conceptual framework underpinning research in this area, helping readers from a wide range of backgrounds to engage with the topic. Accessible and detailed, this book is a key text for students and practitioners working in exercise and sports science, medicine, physical therapy and health.

Craig A.Williams is Associate Professor and Co-Director of the Childrens Health and Exercise Research Centre, School of Sport and Health Sciences at the University of Exeter, UK. Craigs research interests are within the area of childrens fatigue and high-intensity exercise. Sbastien Ratel is Senior Lecturer and member of the Laboratory of Exercise Biology at the Universit Blaise Pascal, France. His current research interests include the use of 31P-magnetic resonance spectroscopy to investigate the muscle metabolic responses of children during exercise, and muscle fatigue and recovery from high-intensity exercise in children.

HUMAN MUSCLE FATIGUE

Edited by Craig A.Williams and Sbastien Ratel

Human Muscle Fatigue - image 1

LONDON AND NEW YORK

First published 2009
by Routledge
2 Park Square, Milton Park, Abingdon, Oxon OX14 4RN

Simultaneously published in the USA and Canada
by Routledge
270 Madison Ave, New York, NY 10016

Routledge is an imprint of the Taylor & Francis Group, an informa business

This edition published in the Taylor & Francis e-Library, 2010.


To purchase your own copy of this or any of Taylor & Francis or Routledges collection of thousands of eBooks please go to www.eBookstore.tandf.co.uk.

2009 Selection and editorial matter, Craig A.Williams and Sbastien Ratel; individual
chapters, the contributors

All rights reserved. No part of this book may be reprinted or reproduced or utilised in any
form or by any electronic, mechanical, or other means, now known or hereafter invented,
including photocopying and recording, or in any information storage or retrieval system,
without permission in writing from the publishers.

British Library Cataloguing in Publication Data
A catalogue record for this book is available from the British Library

Library of Congress Cataloging in Publication Data
Human muscle fatigue/edited by Craig A.Williams and Sbastien Ratel.
p. cm.
1. Muscles-Physiology. 2. Fatigue. 3. Sports-Physiological aspects. 4. Exercise-Physiological
aspects. I. Williams, Craig A., 1965- II. Ratel, Sbastien.
QP321.H8562009
612.74dc22 2008055417

ISBN 0-203-88548-1 Master e-book ISBN

ISBN10:0-415-45327-5 (hbk)

ISBN10:0-415-45328-3 (pbk)

ISBN10:0-203-88548-1 (ebk)

ISBN13:978-0-415-45327-1 (hbk)

ISBN13:978-0-415-45328-8 (pbk)

ISBN13:978-0-203-88548-2 (ebk)

This book is dedicated to the late memory of two extraordinary family members. Firstly, my grandmother Chrissie Williams who taught me from an early age the value of education and who was an exceptional teacher. And secondly to my father-in-law Ted Wragg, an outstanding academic and role model.

Craig A.Williams

To my wife, Anne, for all her love and support through the years. To my wonderful daughter, Camille, the light of my life, you are the bestkeep smiling.

Sbastien Ratel

CONTENTS


CRAIG A.WILLIAMS AND SBASTIEN RATEL


NICOLA A.MAFFIULETTI AND DAVID BENDAHAN


HKAN WESTERBLAD AND DAVID G.ALLEN


SBASTIEN RATEL, PASCALE DUCH AND CRAIG A.WILLIAMS


JANE A.KENT-BRAUN, DAMIEN M.CALLAHAN, STEPHEN A.FOULIS AND LINDA H.CHUNG


DAVID W.RUSS


GREGORY C.BOGDANIS


DAVID BISHOP


CHRISTINE K.THOMAS, MARINE DIDIDZE AND INGE ZIJDEWIND


N.B.M.VOET, A.C.H.GEURTS, G.BLEIJENBERG, M.J.ZWARTS, G.W.PADBERG AND B.G.M.VAN ENGELEN


JANE H.PARK, BRITTANY C.LEE AND NANCY J.OLSEN


RONALD G.HALLER AND JOHN VISSING

FIGURES

1.1

Chain of command mechanism of fatigue

1.2

A multi-factorial perspective of fatigue

2.1

Typical series of 31P MRS recorded in human forearm flexor muscles

2.2

Typical PCr and pH time-dependent changes recorded throughout a standardised rest-exercise-recovery protocol in a group of 18 subjects

2.3

Schematic representation of the non-invasive setup allowing in vivo MR investigation of skeletal muscle function in rat gastrocnemius muscle

2.4

Linear relationship between PCr and pH values scaled to power output (P) and recorded in a group of subjects for different exercise intensities

3.1

Schematic of structures involved in activation of muscle contraction

3.2

Tetanic force records obtained during fatiguing stimulation of a fast-twitch and a slow-twitch mouse muscle fibre

3.3

[Ca2+]i transients at various stages of fatigue

3.4

Schematic force-[Ca2+]i relationships illustrating changes in myofibrillar function in fatigue

3.5

Schematic force-velocity and force-power curves under control conditions and in fatigue

3.6

Schematic to illustrate various patterns of muscle fatigue

4.1

Endurance time expressed in percentage of maximal aerobic speed for running in children and adults

4.2

World-best performances in marathon with increasing age

4.3

Metabolic reserve as a function of age

4.4

Mean power output profile during ten repeated 10s cycling and running sprints separated by 15s recovery intervals in boys and men

4.5

PCr time-dependent changes during the post-exercise recovery period from a finger flexor exercise and the corresponding line-fitting in boys and men

5.1

Alterations in the ageing neuromuscular system

5.2

Fatigue in young and older men and women during dynamic knee extension exercise

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