"Interest in the effects that physical activity and/or exercise have on a child's growth and maturation has a long history. At the beginning of the 20th century D'Arcy Thompson1 wrote his classic treatise 'On Growth and Form' suggesting that exercise wasa direct stimulus to growth. In 1964, James Tanner2 published 'The Physique of the Olympic Athlete' in which he concluded that 'the basic body structure must be present for the possibility of being an athlete to arise'. Other authors who have subsequently measured the growth and development of young athletes have agreed with this statement and concluded that body size is likely genotypic and probably reflects selection at a relatively young age for the size demands of the sport.3 However, a number of studies, especially with aesthetic sports such as gymnastics, have suggested that when heavy training regimens are started at a young age the growth and maturation of the child may be adversely affected.4 (Interested readers are referred to Chapter 30 for discussion of the morphology of youth athletes)"--
Recenzijos
Review from previous edition [ The Oxford Textbook of Children's Sport and Exercise Medicine's] strength in particular lies in it extraordinary coverage of basic science and physiology in the sections on Exercise Science and Sports Science. The depth of information in these sections alone makes this publication a mandatory reference text to have on the bookshelf (or in ones hard drive) for clinicians and in particular for exercise scientists involved in youth sport. * Dr Damien McKay, BJSM Blog * Review from previous edition "...it is great to have all key topics located in one reference guide. It will be particularly useful for those requiring a recent review of the evidence base from which to base the updating of clinical practice or further research." * British Journal of Hospital Medicine * "...a first-rate reference source for researcher and field workers to support and challenge them in developmental pediatric exercise science and medicine." * Journal of Sports Science and Medicine * "...the editors have more than adequately achieved their objectives, succeeding in presenting complex scientific material in an accessible way for research scientists and medical practitioners...Truly a comprehensive reference work and a must have text for all scientists involved in exercise research and all clinicians caring for children and adolescents participating in physical activity, exercise, or sport." * Dr D Patel, Kalamazoo Centre for Medical Studies * The textbook is best suited to students in higher education at bachelors, masters, and doctoral levels and, outside of academia anyone working with young people in sport and exercise medicine. * Keith Tolfrey, Pediatric Exercise Science * Written by leading researchers and clinicians in paediatric sport and exercise science/ medicine, this is the most comprehensive research-driven, scientific evidence-based text available. * Keith Tolfrey, TSES Reviews * This newest edition of the Oxford Textbook of Children's Sport and Exercise Medicine reaffirms its status as the definitive resource in pediatric sports medicine care. With its up-to-date content, sound scientific foundation, and global perspective, it is an indispensable resource for anyone involved in the care of young athletes. * Robert Sallis, Sports Medicine - Open * This newest edition of the Oxford Textbook of Children's Sport and Exercise Medicine reaffirms its status as the definitive resource in pediatric sports medicine care. With its up-to-date content, sound scientific foundation, and global perspective, it is an indispensable resource for anyone involved in the care of young athletes. Whether you're a seasoned practitioner, a budding researcher, or a student eager to explore the field, this textbook is an essential companion on the journey to excellence in pediatric sports medicine. * Dr. Robert Sallis, Sports Medicine Open *
Exercise Science
1: Adam DG Baxter-Jones: Growth and maturation
2: Andrea Utley: Development of motor control
3: James Watkins: Developmental biodynamics
4: Mark BA De Ste Croix: Development of muscle strength
5: Marius Meinhold and Henning Wackerhage: Molecular exercise physiology
6: George R Biltz and Christopher J Lundstrom: Exercise and physiological
variability
7: Ali M McManus and Christine M Tallon: Cerebrovascular responses to
exercise
8: Julia K Zakrzewski-Fruer, Alice. E Thackray, and Michael L Newell:
Metabolic responses to exercise
9: Alon Eliakim and Dan Nemet: Endocrine responses to exercise
10: Neil Armstrong and Ali M McManus: Cardiopulmonary responses to exercise
11: Alan R Barker and Neil Armstrong: Muscle and pulmonary oxygen uptake
kinetics
12: Sébastien Ratel and Dimitrios Patikas: Neuromuscular fatigue
13: Kevin L Lamb, Gaynor Parfitt, and Roger G Eston: Effort perception
Exercise Medicine
14: Dan M Cooper and Shlomit Radom-Aizik: The role of molecular mechanisms in
transducing physical activity and exercise into health benefits
15: Knut Eirik Dalene and Ulf Ekelund: Assessment of physical activity
behaviours
16: Stef Kremers, Ree M Meertens, and Robert AC Ruiter: Systematic promotion
of physical activity
17: Yahua Zi, Meike Bartels, and Eco JC de Geus: Genetics of physical
activity and physical fitness
18: Natalie Pearson and Lauren Sherar: Sedentary behaviour and health
19: Isabel Ferreira and Jason MR Gill: Physical activity, exercise, and
cardiovascular health
20: Eero A Haapala and Marja Leppänen: Physical activity, exercise, and the
metabolic syndrome
21: Andrew P Hills, Steven J Street, and Nuala M Byrne: Physical activity,
exercise, and eating and weight disorders
22: Leigh Gabel, Heather Macdonald, and Heather McKay: Physical activity,
exercise, and bone health
23: Lauren Turner, Edgar GAH van Mil, and Michael C Riddell: Physical
activity, exercise, and diabetes mellitus
24: Helge Hebestreit, Susi Kriemler, and Thomas Radtke: Physical activity,
exercise, and asthma
25: Thomas Radtke, Susi Kriemler, and Helge Hebestreit: Physical activity,
exercise, and cystic fibrosis
26: Olaf Verschuren and Eline Bolster: Physical activity, exercise, and
cerebral palsy
27: Cristina Cadenas-Sanchez, Lucia V Torres-Lopez, and Jairo H Migueles:
Physical activity, exercise, and mental health
28: Bo Fernhall, Tracy Baynard, and Thessa Hilgenkamp: Physical activity,
exercise, and intellectual disability
Sport Science
29: Robert M Malina, Sean Cumming, and Manuel J Coelho-e-Silva: Bio-banding
in youth sport
30: Diogo Martinho, Joćo Valente-dos-Santos, and Robert M Malina: Morphology
of the youth athlete
31: Neil Armstrong and Melitta A McNarry: Development of aerobic and
anaerobic fitness
32: Melitta A McNarry and Neil Armstrong: Aerobic and anaerobic responses to
training
33: Jon L Oliver and Rhodri S Lloyd: Development and training of speed and
agility
34: Craig A Williams: High-intensity interval training
35: Avery D Faigenbaum and Rhodri S Lloyd: Resistance training
36: Urs Granacher, David G Behm, and Avery D Faigenbaum: Neuromuscular
training effects on performance
37: Jaak Jürimäe: Markers of training stress and overtraining
38: Bareket Falk and Raffy Dotan: The youth athlete in hot and cold
environments
39: Thomas W Rowland: Circadian rhythms, sleep, and the youth athlete
40: Neil Armstrong and Alan R Barker: Physiological assessment and monitoring
of elite youth athletes
41: Rhodri S Lloyd and Jon L Oliver: Long-term athletic development
Sport Medicine
42: Joske Nauta, Natalia FN Bittencourt, and Caroline Bolling: Epidemiology
and prevention of sports injuries
43: Dorine CM Collard, Joske Nauta, and Frank JG Backx: Epidemiology and
prevention of injuries in physical education
44: Luiz Hespanhol, Tiź Parma Yamato, and Per Bo Mahler: Epidemiology and
prevention of injuries in competitive non-contact, sports
45: Joske Nauta, Nicloa Sewry, and Evert ALM Verhagen: Epidemiology and
prevention of injuries in competitive contact and collision sports
46: David G Behm: Role of stretching on range of motion, performance, and
injury incidence
47: Robert V Cantu and Robert C Cantu: Head and cervical spine injuries
48: Akin Cil, Christopher M Shaw, and Joshua Locker: Upper extremity and
trunk injuries
49: Rocco Aicale and Nicola Maffulli: Lower limb injuries
50: Wayne Derman, Eileen Africa, and Candace Vermaak: Disability, youth
sport, and clinical care of the youth Para athlete
51: Therese Fostervold Mathisen, Christine Sundgot-Borgen, and Jorunn
Sundgot-Borgen: Nutrition and eating disorders in youth sport
52: Ronald J. Maughan and Susan M Shirreffs: Dietary supplements in youth
sport
53: Alan Vernec and David Gerrard: Doping and anti-doping in youth sport
54: Margo Mountjoy and Tine Vertommen: Safeguarding child athletes
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