Nigg, B.
Biomechanics of the Musculo-Skeletal System 3rd ed.
筋力，骨格系の生体力学 第３版
John Wiley & Sons 2007.2
672 pp.(H)
ISBN 0-470-01767-8
16,400円
Contents
Part 1.Introduction: 1.Definition of Biomechanics./ 2.Selected Historical Highlights./ 3.Mechanics./ 4.References./ Part 2.Biological Materials: 1.Definitions and Comments./ 2.Selected Historical Highlights./ 3.Bone./ 4.Articular Cartilage./ 5.Ligament./ 6.Tendon / Aponeurosis./ 7.Muscle./ 8.Adaptation of Biological Materials to Exercise, Disuse, and Aging./ 9.Joints./ 10.Additional Examples./ 11.References./ Part 3.Measuring Techniques: 1.Difinitions and Comments./ 2.Selected Historical Highlights./ 3.Force./ 4.Pressure Distribution./ 5.Acceleration./ 6.Optical Methods./ 7.Strain Measurement./ 8.EMG./ 9.Inertial Properties of the Human of Animal Body./ 10.Additional Examples./ 11.References./ Part 4.Modelling: 1.Difinitions and Comments./ 2.Selected Historical Highlights./ 3.A Nearly Possible Story./ 4.General Comments about Modelling./ 5.Force System Analysis./ 6. Mathematically Determinate Systems./ 7.Mathematically Indeterminate Systems./ 8.Simulation./ 9.Additional Examples./ 10. References./ Index.. *
Johnson, A. T.
Biomechanics and Exercise Physiology
Quantitative Modeling
CRC Press 2007.3
688 pp.(H)
ISBN 1-57444-906-0
14,400円
Contents
1. EXERCISE LIMITATIONS: Introduction / Exercise Intensity and Duration / Muscle Metabolism / Cardiovascular Exercise Limitation / Respiratory Limitation / Thermal Limitation Prolonged Exercise / Variability of Responses / Symbols / Homework Problems / References / 2. EXERCISE BIOMECHANICS: Introduction / Physics of Movement / Energy Cost of Movement / Walking and Running / Carrying Loads / Sustained Work / Aging and Training / Gender / Genetics / Symbols / Homework Problems / References / 3. CARDIOVASCULAR RESPONSES: Introduction / Cardiovascular Mechanics / Cardiovascular Control / Cardiovascular Mechanical Models / Cardiovascular Control Models / Appendix 3.1 Numerically Solving Differential Equations / Appendix 3.2 Pontryagin Maximum Principle / Appendix 3.3 Laplace Transform / Symbols / Homework Problems / References / 4. RESPIRATORY RESPONSES: Introduction / Respiratory Mechanics / Control of Respiration / Respiratory Mechanical Models / Respiratory Control Models / Appendix 4.1 Lagrange Multipliers / Appendix 4.2 Method of Calculus of Variations / Symbols / Homework Problems / References / 5. THERMAL RESPONSES: Introduction / Thermal Mechanics / Thermoregulation / Thermoregulatory Models / Body Temperature Response / Symbols / Homework Problems / References / Index / *
BASES
Sport and Exercise Physiology Testing Guidelines Vol.1
Sport Testing: The British Association of Sport and Exercise Sciences Guide
Routledge 2006.11
384 pp (H)
ISBN 0-415-36140-0
26,400円
Contents
1. Health and Safety 2. Psychological Issues in Testing 3. Blood Sampling 4. Ethics and Physiological Testing Part 1 Methodological Issues 5. Method Agreement and Measurement Error in the Physiology of Exercise 6. Scaling: Adjusting physiological and performance measures for differences in body size 7. Circadian RhythmsPart 2General Procedures 8. Lung and Respiratory Muscle Function 9. Surface Anthropometry 10. Measuring Flexibility 11. Pulmonary Gas Exchange 12. Lactate Testing 13. Ratings of Perceived Exertion 14. Strength Testing 15. Upper-Body Exercise Part 3 Sport-Specific Procedures 16. Middle- and Long-Distance Running 17. Amateur Boxing 18. Cycling 19. Modern Pentathlon 20. Rowing 21. Sailing 22. Swimming 23. Triathlon 24. Tennis 25. Table Tennis 26. Squash 27. Badminton 28. Artistic Gymnastics 29. Cricket 30. Basketball 31. Soccer 32. Netball 33. Rugby League 34. Rugby Union 35. Judo 36. Winter Sports 37. Figure Skating Part 4 Special Populations 38. Children and Fitness Testing 39. Testing Older People 40. Testing the Female Athlete/
* Volume I covers sport-specific testing, and Volume II covers clinical and exercise specific testing. *
Jones, A. M. & Poole, D. C.
Oxygen Uptake Kinetics in Sport, Exercise and Medicine
Routledge 2005.3
405 pp.(P)
ISBN 0-415-30561-6
9,700円
Contents
Pt.1: Introduction / 1. Introduction to Oxygen Uptake Kinetics and Historical Development of the Discipline / Pt 2: Theory and Practice of Measuring VO2 Kinetics 2. Measuring VO2 Kinetics: The Practicalities / 3. The Kinetics of Oxygen Uptake: Physiological Inferences from the Parameters, Brian J. Whipp and Harry B. Rossiter 4. Effect of Exercise Modality on VO2 Kinetics, Andrew M. Jones and Mark Burnley 5. VO2 Dynamics in Different Species, Casey A. Kindig, Brad J. Behnke and David C. Poole Part Three: Mechanistic Bases of VO2 Kinetics 6. Relationship Between VO2 Responses at the Mouth and Across the Exercising Muscles, Brad J. Behnke, Thomas J. Barstow and David C. Poole 7. Intramuscular Phosphate and Pulmonary VO2 Kinetics During Exercise: Implications for Control of Skeletal Muscle Oxygen Consumption, Harry B. Rossiter, Franklyn A. Howe and Susan A. Ward 8. Limitation of VO2 On-Kinetics by O2 Delivery, Richard L. Hughson 9. Limitation of Skeletal Muscle VO2 On-kinetics by Inertia of Cellular Respiration, Bruno Grassi 10. "Priming" Exercise and VO2 Kinetics, Mark Burnley, Katrien Koppo and Andrew M. Jones 11. Influence of Muscle Fibre Type and Motor Unit Recruitment on VO2 Kinetics, Andrew M. Jones, Jamie S.M. Pringle and Helen Carter 12. Towards an Understanding of the Mechanistic Bases of VO2 Kinetics: Summary of Key Points Raised in Chapters 2-11, David C. Poole and Andrew M. Jones Part Four: Practical Applications to the Study of VO2 Kinetics 13. VO2 Kinetics: Effects of Maturation and Ageing, Thomas J. Barstow and Barry W. Scheuermann 14. VO2 Kinetics in Different Disease States, David C. Poole, Casey A. Kindig and Brad J. Behnke 15. Effect of Training on VO2 Kinetics and Performance, Andrew M. Jones and Katrien Koppo *
Bottinelli, R. & Reggiani, C. ed.
Skeletal Muscle Plasticity in Health and Disease
From Genes to Whole Muscle
Springer-Verlag 2006.
368 pp. (h)
ISBN 1-4020-5176-x
21,800円
Contents
Preface.- 1. Skeletal Muscle Plasticity - History, Facts and Concepts.- 2. Large Scale Gene Expression Profiles as Tools to Study Skeletal Muscle Adaptation.- 3. Striated Muscle Plasticity: Regulation of the Myosin Heavy Chain Genes.- 4. Signals in Muscle Atrophy and Hypertrophy.- 5. Activity Dependent Control of the Transcriptional Regulators NFAT and HDAC in Adult Skeletal Muscle.- 6. The Regulation of Satellite Cell Function in Skeletal Muscle Regeneration and Plasticity.- 7. Plasticity of Excitation-Contraction Coupling in Skeletal Muscle.- 8. Variations in Contractile Protein Composition and Function of Muscles and Single Fibres in Relation with Muscle Plasticity.- 9. Muscle Architecture and Adaptations to Functional Requirements.- 10. Responses and Adaptations of Skeletal Muscle to Hormones and Drugs.- 11. Skeletal Muscle Adaptation to Disease States/
* The book means to be a guide and a help for people who enter the field as PhD or medical students, but is also a tool for refreshing and updating knowledge for people already active in the field in basic sciences as well as in applied disciplines such as neurology, sports science and rehabilitation. *
Carter, J.E.L.
Somatotyping Development Applications
Cambridge Studies in Biological and Evolutionary Anthropology No. 5
Cambridge University Press 2005.
517 pp.(P)
ISBN 0-521-35951-1
10,200円
Contents
Foreword; Preface; Acknowledgements; 1. History of somatotyping; 2. Review of somatotype methods; 3. Human variation in adult somatotypes; 4. Growth and aging; 5. Genetics and somatotype; 6. Sport and physical performance; 7. Health, behavioural variables and occupational choice; 8. Recapitulation and new directions; Appendices; Glossary; References; Author index; Subject index./
* Somatotyping is a method of description and assessment of the body on three shape and composition scales: endomorphy (relative fatness), mesomorphy (relative musculoskeletal robustness), and ectomorphy (relative linearity). This book presents a comprehensive history of somatotyping, beginning with W. Sheldon's introduction of the method in 1940. The controversies regarding the validity of Sheldon's method are described, as are the various attempts to modify the technique, particularly the Heath-Carter method, which has come into widespread use. The book reviews present knowledge of somatotypes around the world, how they change with growth, ageing and exercise, and the contributions of genetics and environment to the rating. Also reviewed are the relationships between somatotypes and sport, physical performance, health and behaviour. Students and research workers in human biology, physical and biological anthropology and physical education will all find valuable information in this book. *
92-34 登録日 07.03.28
