| Amino acids | Beta-alanine |
| | L-carnitine Deficiency |
| | L-glutamine |
| | Monohydrate Creatine |
| | |
| Antioxidants / Supplements | BCAA levels |
| | Beta-Casein A1 |
| | Beta-Casein A2A2 |
| | Leucine Absorption |
| | Retinoic Acid |
| | Vegetarian Protein Shake |
| | Whey Protein |
| | |
| Behaviors | Motivation to Exercise |
| | Persistence |
| | Sports Behavior |
| | |
| Benefits | Adaptability |
| | |
| Cardiovascular | Aerobic Capacity |
| | Brugada Syndrome |
| | Cardiac Capacity |
| | Familial Hypertrophic Cardiomyopathy |
| | Increased blood pressure during exercise |
| | Jervell and Lange-Nielsen Syndrome |
| | Paroxysmal Ventricular Fibrillation |
| | Romano-Ward Syndrome |
| | Ventricular Tachycardia |
| | Wolff-Parkinson-White Syndrome |
| | |
| Fatty acids | Arachidonic Acid Deficiency |
| | |
| General | Canoeing |
| | Protein Digestive Capacity |
| | |
| Genetic diseases | Sudden Death Syndrome |
| | Walker-Warburg Syndrome |
| | |
| Hematologic system | Benefit of Physical Exercise for HDL |
| | High Ferritin |
| | |
| Hereditary diseases | Pompe disease |
| | |
| Hormones | Cortisol Level |
| | DHEA/DHEAS |
| | Increased Cortisol (in women) |
| | Increased Noradrenaline Level During Exercise |
| | Progesterone |
| | Suppression of the secretion of luteinizing hormone due to anabolics |
| | Testosterone |
| | |
| Injuries | Achilles tendon injury |
| | Anterior Cruciate Ligament Injury (ACL) |
| | Best Recovery after Injury |
| | Exercise Induced Muscle Damage |
| | Fractures |
| | Hamstring Injuries |
| | Hip dislocation |
| | Increased Risk of Sports Injuries |
| | Ligament Rupture |
| | Meniscus Injury |
| | Probability of Muscle Injuries |
| | Shoulder Shift |
| | Sports-Related Musculoskeletal Injuries |
| | |
| Metabolic | Greater Insulin Sensitivity with Physical Exercise |
| | Improving Insulin Sensitivity with Physical Exercise |
| | Mitochondrial Complex Deficiency 1 |
| | Protein Metabolization |
| | Resting Metabolic Rate |
| | Resting Metabolism |
| | Transport of MnSOD to Mitochondria |
| | |
| Muscular system | Achilles Tendinopathy Risk |
| | Athletes with Greater Physical Strength |
| | Biceps Increase |
| | Contraction of Skeletal Muscle Fibers |
| | Emery-Dreifuss Muscular Dystrophy |
| | Energy Spending |
| | Explosive Strength |
| | Fast Twitch Muscle Fibers |
| | Gait Instability |
| | Hand Grip Strength |
| | Hard Person Syndrome |
| | Increased Exercise Recovery Time |
| | Increased Maximum Force Production |
| | Knee strength |
| | Lactate Accumulation (High Intensity Circuit) |
| | Ligament Strength |
| | Malignant Hyperthermia |
| | Muscle Damage Protection |
| | Muscle Performance |
| | Muscle Performance (Angiotensin II) |
| | Muscle Weakness After Exercise |
| | Muscle cramps |
| | Muscle growth |
| | Muscle mass |
| | Muscle stiffness |
| | Muscle strength |
| | Muscular Dystrophy – Congenital Dystroglycanopathy |
| | Myostatin K153R |
| | Neuromuscular Power |
| | Quadriceps Muscle Strength |
| | Slow-twitch fibers |
| | Tendon Contractures |
| | Tendon reflex |
| | Transversal Physiological Area of the Quadriceps |
| | Vastus Lateral Muscle |
| | |
| Neurological | Motor coordination |
| | |
| Pains | Back pains |
| | Lumbar Disc Disease |
| | Pain Sensitivity |
| | |
| Personal characteristics | Ability to Accept Criticism |
| | Attention deficit |
| | Devotion to work |
| | Higher Temperature During Exercise |
| | Increased Probability of Fatigue |
| | Leadership gene |
| | Manual dexterity |
| | Mitochondrial Energy Production |
| | Morning Chronotype |
| | Night chronotype |
| | Resistance |
| | Visuospatial Working Memory |
| | |
| Provocative | Challenging behavior |
| | |
| Psychiatric | Addiction tendency (eating, gambling, alcohol, smoking) |
| | Disinhibition |
| | |
| Reasons for Conflict | Difficulties in Dealing with Criticism |
| | |
| Respiratory system | Aerobic Resistance |
| | Oxygen Volume (O2) Max (VO2 Max) |
| | Respiratory Quotient (RQ) |
| | |
| Skeletal system (bones) | Bone Strength |
| | Contracture of lower limb joints |
| | Degenerative Lumbar Disc Disease |
| | Elbow Flexion Contracture |
| | Hip Osteoarthritis |
| | Intervertebral Disc Disease |
| | Musculoskeletal Pain |
| | Osteoarthritis |
| | Scoliosis |
| | |
| Sports | 100/200/400m race |
| | Ballet |
| | Baseball |
| | Basketball |
| | Boxing |
| | Climbing |
| | Combat |
| | Cricket |
| | Cross Country |
| | Cycling |
| | Dance |
| | Elbow flexion contracture |
| | Elite athletes |
| | Football (American) |
| | Football (Soccer) |
| | Greater Benefit of Aerobic Exercise for Vascular Function |
| | Greater respiratory gains with exercise |
| | Hockey |
| | Improved Heart Rate with Training |
| | Ironman |
| | Judo |
| | Karate |
| | Knee flexion contracture |
| | Long Distance Swimmers |
| | Lung Capacity |
| | MMA |
| | Marathon |
| | Mountain Bike |
| | Muscle Damage in Low Hill Diets |
| | Paragliding |
| | Power Athletes |
| | Race 5,000/10,000 |
| | Risk Sports |
| | Rowing |
| | Rugby |
| | Runner with more Speed than Endurance |
| | Runner with more endurance than speed |
| | Running Performance |
| | Ski |
| | Skydiving |
| | Snowboard |
| | Sprint |
| | Surf |
| | Swimming |
| | Synchronized swimming |
| | Tendon strength |
| | Tennis |
| | Trend to Exercise During Leisure |
| | Triathlon |
| | Triple jump |
| | Volley |
| | Wakeboard |
| | Weightlifting |
| | Windsurfing |
| | Worst Motor Speed After Injury |
| | Yoga |
| | |
| Vitamins | Vitamin B2 |
| | Vitamin B6 |
| | Vitamin B9 (Folic Acid) |
| | |
| Weight | Benefit of Physical Exercise for Weight Loss |
| | Body fat |
| | Decrease in body mass after training |
| | Fat Oxidation |
| | Fat burning through cycling |
| | Greater Reduction in BMI with Exercise |
| | Slimness |
