Name: Tennis Sport, Trauma, and Biological Healing
SKU: 9781662980305
Availability: InStock

Description

Authors

Prof. Dr. Mike K.S. Chan and Dr. Dina Tulina

Published by

EUROPEAN WELLNESS ACADEMY – Medical Research

ISBN: 9781662980305

eISBN: 9781662980312

DOI: https://doi.org/10.69669/qu9983

Authors Bio:

Prof. Dato’ Sri Dr. Mike K.S. Chan is Founder & Chairman of the European Wellness Biomedical Group and Chief Researcher/Chief Technical & Research Director across its international R&D programs. A pioneer of cellular therapy since the 1980s, he helped introduce stem cell and bioregenerative medicine across Asia, building a global network of clinics and research centers—today a chain of 40+ integrative and regenerative medical clinics with 1,000+ staff. He serves as ESAAM Scientific Committee Head for Regenerative Medicine & Stem Cells and ESAAM Chairman/Director for Asia; Associate Professor (AASCP, USA); Associate Professor (Lincoln University College, Kuala Lumpur); Chairman of the European Wellness Academy; Senator of Germany’s BWA; and Honorary Chief Healthcare Advisor to Swiss Strategic Partners. His portfolio includes multiple international patents in immunotherapy, stem cell transport media, and parenteral formulations, and he is a multi-award recipient in Europe and the Middle East. An active academic collaborator (MIT, Cambridge, USC, UCI, Heidelberg), Prof. Chan has authored/co-authored 60+ books and 170+ scientific publications, and has delivered 1000+ lectures and seminars across 60+ regions on anti-aging, regenerative medicine, peptides, and stem cell therapies.

Dr. Dina Tulina is a Medical Advisor and physician specializing in anti-aging, regenerative medicine, and comprehensive wellness. She integrates preventive, biological, and natural care to promote longevity and vitality beyond conventional practice. At European Wellness Global, she contributes to biomedical innovation with holistic approaches and the translation of research into practical applications. Guided by her belief that true health is balance and vitality, and functional longevity, Dr. Tulina is dedicated to shaping the future of personalized and preventive healthcare.

Table of Content

PREFACE	XVII
CHAPTER I INTRODUCTION	1
Epidemiology of Trauma in Tennis.	11
Prevalence and Incidence Across Playing Populations	16
Chronic and Acute Trauma in Tennis	21
Region of Trauma in Tennis and Its Frequency	26
Tissue Involvement and Sides of Trauma and Injuries	34
Classification of Tennis Sport Injuries	39
Classification by onset.	40
Classification by consequence for participation	40
Classification by severity	41
Classification by tissue type and anatomical region	42
Classification by recurrence	42
Classification by mechanism	43
The concept of a catastrophic event	43
Injury Mechanisms in Tennis	44
The serve	46
The forehand groundstroke	47
The backhand groundstroke	47
Overhead shots	48
Court movement	48
Fatigue	49
Intrinsic risk factors	49
Extrinsic risk factors	50
Equipment-related mechanisms	51
The synthesis of mechanisms	51
Quantitative Kinematics of the Serve	51
Adaptive and Maladaptive Responses of the Overhead Shoulder	52
The Catch-Up Phenomenon and Scapulothoracic Coupling	54
Ankle Inversion Sprain Kinematics	55
Groundstroke Mechanics and the Wrist	56
Integrated Mechanism Model and Practical Synthesis	56
CHAPTER II RISKS OF INJURY IN TENNIS PLAYERS	59
Conceptual Framework and Intrinsic Risk Factors	59
Extrinsic Risk Factors and Integrated Risk Assessment	65
Additional Biomechanical Contributors to Injury in Tennis	73
Repetitive Movement, Running, and Jumping Demands	74
Environmental Interaction: Surface, Climate, and Equipment	76
Neuromuscular Control	77
Fatigue	78
Individual Anatomical Variability and Asymmetry	79
Anthropometry and Structural Variability	80
Psychomotor and Cognitive Influences	81
Integration with Injury Mechanisms	82
Comorbidities and secondary health risks for tennis athletes	83
Cardiovascular Conditions	83
Thermoregulatory and Heat-Related Illness	85
Dermatological Conditions	87
Ophthalmological Conditions	87
Respiratory Conditions	88
Gastrointestinal and Genitourinary Conditions	88
Endocrine and Metabolic Conditions	89
Psychological and Neurocognitive Conditions	89
Summary Table	90
Clinical Framework	92
Diagnosis	93
Clinical History	93
General Inspection and Postural Survey	97
Palpation and Surface Anatomy	97
Range of Motion Assessment	98
Strength and Neuromuscular Assessment	99
Special Tests by Anatomical Region	99
Sport-Specific and Functional Assessment	100
Neurovascular Examination	101
Documentation and Integration	103
Imaging Modalities—Extended Section	104
Plain Radiography	104
Ultrasonography	105
Magnetic Resonance Imaging	106
Computed Tomography	107
Bone Scintigraphy and Nuclear Imaging	108
Adjunctive and Emerging Modalities	108
Modality Selection by Clinical Indication	109
Clinical Reasoning	110
Functional, Biomechanical, and Performance Testing	111
Functional Movement Screening	112
Y-Balance and Dynamic Stability Testing	112
Isokinetic Strength Testing	113
Handheld Dynamometry and Manual Strength Assessment	115
Tennis-Specific Performance Testing	115
Three-Dimensional Motion Capture and Biomechanical Analysis	116
Force Plate and Ground Reaction Force Analysis	117
Cardiovascular and Metabolic Testing	118
Integration and Clinical Reasoning	119
Laboratory and Cardiovascular Testing	120
Hematological Testing	120
Inflammatory and Biochemical Markers	121
Endocrine and Metabolic Testing	122
Renal, Hydration, and Electrolyte Assessment	122
Coagulation and Cardiovascular Risk Markers	123
Cardiovascular Pre-Participation Screening	123
Echocardiography and Advanced Cardiac Imaging	124
Exercise Stress Testing	124
Heart Rate Monitoring and Wearable Cardiovascular Assessment	125
Educational and Practical Synthesis	129
CHAPTER III MANAGEMENT OF TENNIS INJURIES	131
Traditional Treatment Approaches in Tennis-Related Injuries	131
Acute Management: Modified PRICE and POLICE Frameworks	132
Pharmacological Interventions	133
Physical Therapy and Therapeutic Exercise	134
Modalities and Adjunctive Physical Treatments	136
Bracing, Taping, and Orthotic Support	137
Surgical Management	138
Return-to-Play Decision-Making	139
Integration and Educational Synthesis	140
Bio-Regenerative Approach	141
PRP	142
Autologous Blood Injection	143
Prolotherapy.	144
Hyaluronic Acid	144
Biologic Scaffolds and Matrix-Based Therapies	145
Percutaneous Tenotomy and Tissue Modification Techniques	145
Emerging and Investigational Approaches	146
Practical Considerations and Decision-Making	147
Cellular and Tissue Injury Mechanisms in Tennis Sport	148
Mechanotransduction: From Load to Cellular Response.	149
The Four-Phase Tissue Injury and Healing Cascade	150
Tissue-Specific Injury Mechanisms	152
Inflammation, Resolution, and the Path to Chronicity	155
Cellular Senescence and the Aging Tennis Player	146
Genetic and Epigenetic Modulation of Injury Susceptibility	156
Tennis-Specific Cellular Stress Patterns	157
CHAPTER IV REGENERATIVE MECHANISMS IN TENNIS-RELATED INJURIES	161
Cell Types Relevant to Adaptation and Recovery in Tennis-Related Injuries	162
Structural Cells of the Musculoskeletal System	163
Progenitor SC Populations	169
Mesenchymal SC	170
Tendon Stem/Progenitor Cells	175
Satellite Cells	176
Chondroprogenitors and Synovial Mesenchymal Cells	178
Skeletal SCs and Periosteal Progenitors	179
Vascular and Supporting Cells	181
Immune and Inflammatory Cells	185
Neural and Specialized Cells	187
Comprehensive Summary Table	189
Benefits of SCs Derived from Different Tissue Sources	193
Mitochondria and Mitochondrial Organelles in Tennis-Related Injuries: Cellular Energetics, Recovery, and Emerging Therapeutic Targets	198
Mitochondrial Structure and Function in Musculoskeletal Tissue	200
Mitochondrial Dynamics: Fission, Fusion, and Mitophagy	201
Mitochondria in Specific Tennis-Relevant Conditions—Summary Overview	202
Mitochondrial Reactive Oxygen Species and Oxidative Stress	203
Mitochondrial Function in Skeletal Muscle and Tennis Performance	204
Mitochondrial Function in Tendon, Cartilage, and Bone Healing	206
Mitochondrial Dysfunction in Aging and Injury	207
Mitochondrial Transfer and Intercellular Communication	208
Mitochondria as Therapeutic Targets	208
Nano-Organo Peptides in the Management of Tennis-Related Injuries	210
Conceptual and Historical Foundations	212
Molecular and Biological Mechanisms	213
Principal Tissue-Sourced Preparations and Their Tennis-Relevant Applications	215
Cartilage-derived peptide preparations	215
Tendon-derived peptide preparations	216
Muscle-derived peptide preparations	216
Other tissues nano-peptides	216
Integration with Other Regenerative Approaches	217
Practical and Regulatory Considerations	218
CHAPTER V PHYSIOTHERAPY	221
Hyperbaric Oxygen Therapy	222
Hyperthermia for Pain Management	225
Ozone-Oxygen Therapy	228
Transcranial Direct Current Stimulation	231
Rehabilitation in Tennis-Related Injuries: A Comprehensive Framework	235
Foundational Principles of Rehabilitation in Tennis-Related Injury	236
Phase-Based Rehabilitation Progression	239
Region-Specific Rehabilitation Considerations	244
Integration of Advanced Modalities into Rehabilitation	248
Return-to-Play Decision-Making	249
Psychological Dimensions of Rehabilitation	250
Long-Term Considerations and Prevention of Reinjury	251
BIBLIOGRAPHY	253

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