Carbohydrate loading involves tapering training and increasing carbohydrate intake in the days before an endurance event to maximize muscle glycogen stores. Originally, it required a depletion phase with low carb intake and intense training, followed by a loading phase with rest and high carb intake. Research now shows depletion is unnecessary - tapering training while following a high carb diet of 7-10g/kg for 3-4 days sufficiently increases glycogen. Proper carbohydrate loading can improve endurance performance by 2-3% by allowing athletes to exercise at their optimal pace for longer.
The document discusses nutrition strategies for athletes before, during, and after intense exercise. It recommends that the pre-competition meal should be high in carbohydrates (150-300g), consumed 3-4 hours before exercise to replenish glycogen stores. During exercise, consuming about 60g of carbohydrates per hour benefits performance for long duration or high intensity exercise by sparing glycogen and stabilizing blood glucose. The strategies aim to provide steady fuel without large insulin responses that could impair performance.
This document discusses isokinetic testing in sports. It begins with an introduction to the concept of isokinetics, which refers to constant speed muscle contractions. It then covers open and closed kinetic chain exercises, the purposes of isokinetic testing like objectively assessing muscle performance, and the protocol for testing. Advantages include efficiency and safety, while limitations include the equipment being large and expensive. Contraindications for testing include pain and limited range of motion.
The document discusses the biomechanics of different swimming strokes and common shoulder injuries in swimmers. It describes the phases and muscle activity involved in the freestyle, butterfly, backstroke, and breaststroke strokes. It notes that the shoulders are most vulnerable to injury due to the repetitive overhead motion required. Swimmers with painful shoulders often have decreased activity of the serratus anterior and teres minor muscles, resulting in a less stable scapula. Maintaining proper technique can help reduce humeral hyperextension and risk of injury.
The Bobath concept is a problem-solving approach used in the evaluation and treatment of individuals with movement and postural control disturbances due to a lesion of the central nervous system.
It is named after Berta Bobath, a physiotherapist, and her husband Karel Bobath, a psychiatrist/neuropsychiatrist, who proposed the approach for treating patients affected with Central Nervous System anomalies.
Procedure: in a “trial & error” fashion in 1948.
Concept of compensatory training.
Neglects the potential of hemiplegic side.
It is an interactive problem-solving approach that focuses on continuing reassessment with attention to individual goals, developing working hypotheses, treatment plans, and relevant objective measures to evaluate interventions.
Therapist should have:
Good posture & movement analysis skills.
PRINCIPLES
NDT THERAPY WORKS
ALWAYS TREAT THE PATIENT AS A WHOLE
WORK SIMULTANEOUSLY ON PATIENTS STRENGTHS & WEAKNESSES
INDIVIDUALIZED FOR EVERY PATIENT BASED ON ICF MODEL
GAIN THE INFORMATION FROM PAST, PRESENT & FUTURE
TEAMWORK IS CRITICAL FOR REHAB PURPOSES
UNDERSTANDING THE CONCEPT OF TYPICAL DEVELOPMENT (MOTOR CONTROL)
TRANSFERENCE OF TRAINING IN DAILY LIFE
HANDS ON INTERVENTION TO ENHANCE MOTOR LEARNING & FUNCTIONS
There are three main methods of endurance development: continuous training, interval training, and Fartlek training. Continuous training involves continuous exercise without breaks and can be done at a slow or fast pace. Interval training alternates between high intensity intervals and recovery periods. Fartlek training varies the pace during a run and alternates between fast and slow running without set intervals. Both interval training and Fartlek training are more advanced methods that require experience to properly structure work and rest periods.
Plyometrics and types of Periodisation)J. Priyanka
Plyometrics
Goals of Plyometrics
Plyometrics Exercises
Plyometrics Effectiveness
Benefits of Plyometrics
Guidelines for Plyometrics training
Plyometrics in Rehabilitation
Periodisation
Objectives of Periodisation
Types of Periodisation
Benefits of Periodisation
1. Exercise increases energy expenditure through increased fuel consumption and oxygen usage, reflected by higher oxygen consumption and carbon dioxide production.
2. Increased oxygen delivery and carbon dioxide removal in tissues during exercise is achieved through cardiovascular and respiratory responses.
3. Types of exercise include static, which involves constant muscle tension, and dynamic, which involves rhythmic contraction and relaxation with changing muscle length. Aerobic exercise uses oxygen and fuels stored in muscles, while anaerobic exercise occurs without oxygen, using stored creatine phosphate and glycogen.
Carbohydrate loading involves tapering training and increasing carbohydrate intake in the days before an endurance event to maximize muscle glycogen stores. Originally, it required a depletion phase with low carb intake and intense training, followed by a loading phase with rest and high carb intake. Research now shows depletion is unnecessary - tapering training while following a high carb diet of 7-10g/kg for 3-4 days sufficiently increases glycogen. Proper carbohydrate loading can improve endurance performance by 2-3% by allowing athletes to exercise at their optimal pace for longer.
The document discusses nutrition strategies for athletes before, during, and after intense exercise. It recommends that the pre-competition meal should be high in carbohydrates (150-300g), consumed 3-4 hours before exercise to replenish glycogen stores. During exercise, consuming about 60g of carbohydrates per hour benefits performance for long duration or high intensity exercise by sparing glycogen and stabilizing blood glucose. The strategies aim to provide steady fuel without large insulin responses that could impair performance.
This document discusses isokinetic testing in sports. It begins with an introduction to the concept of isokinetics, which refers to constant speed muscle contractions. It then covers open and closed kinetic chain exercises, the purposes of isokinetic testing like objectively assessing muscle performance, and the protocol for testing. Advantages include efficiency and safety, while limitations include the equipment being large and expensive. Contraindications for testing include pain and limited range of motion.
The document discusses the biomechanics of different swimming strokes and common shoulder injuries in swimmers. It describes the phases and muscle activity involved in the freestyle, butterfly, backstroke, and breaststroke strokes. It notes that the shoulders are most vulnerable to injury due to the repetitive overhead motion required. Swimmers with painful shoulders often have decreased activity of the serratus anterior and teres minor muscles, resulting in a less stable scapula. Maintaining proper technique can help reduce humeral hyperextension and risk of injury.
The Bobath concept is a problem-solving approach used in the evaluation and treatment of individuals with movement and postural control disturbances due to a lesion of the central nervous system.
It is named after Berta Bobath, a physiotherapist, and her husband Karel Bobath, a psychiatrist/neuropsychiatrist, who proposed the approach for treating patients affected with Central Nervous System anomalies.
Procedure: in a “trial & error” fashion in 1948.
Concept of compensatory training.
Neglects the potential of hemiplegic side.
It is an interactive problem-solving approach that focuses on continuing reassessment with attention to individual goals, developing working hypotheses, treatment plans, and relevant objective measures to evaluate interventions.
Therapist should have:
Good posture & movement analysis skills.
PRINCIPLES
NDT THERAPY WORKS
ALWAYS TREAT THE PATIENT AS A WHOLE
WORK SIMULTANEOUSLY ON PATIENTS STRENGTHS & WEAKNESSES
INDIVIDUALIZED FOR EVERY PATIENT BASED ON ICF MODEL
GAIN THE INFORMATION FROM PAST, PRESENT & FUTURE
TEAMWORK IS CRITICAL FOR REHAB PURPOSES
UNDERSTANDING THE CONCEPT OF TYPICAL DEVELOPMENT (MOTOR CONTROL)
TRANSFERENCE OF TRAINING IN DAILY LIFE
HANDS ON INTERVENTION TO ENHANCE MOTOR LEARNING & FUNCTIONS
There are three main methods of endurance development: continuous training, interval training, and Fartlek training. Continuous training involves continuous exercise without breaks and can be done at a slow or fast pace. Interval training alternates between high intensity intervals and recovery periods. Fartlek training varies the pace during a run and alternates between fast and slow running without set intervals. Both interval training and Fartlek training are more advanced methods that require experience to properly structure work and rest periods.
Plyometrics and types of Periodisation)J. Priyanka
Plyometrics
Goals of Plyometrics
Plyometrics Exercises
Plyometrics Effectiveness
Benefits of Plyometrics
Guidelines for Plyometrics training
Plyometrics in Rehabilitation
Periodisation
Objectives of Periodisation
Types of Periodisation
Benefits of Periodisation
1. Exercise increases energy expenditure through increased fuel consumption and oxygen usage, reflected by higher oxygen consumption and carbon dioxide production.
2. Increased oxygen delivery and carbon dioxide removal in tissues during exercise is achieved through cardiovascular and respiratory responses.
3. Types of exercise include static, which involves constant muscle tension, and dynamic, which involves rhythmic contraction and relaxation with changing muscle length. Aerobic exercise uses oxygen and fuels stored in muscles, while anaerobic exercise occurs without oxygen, using stored creatine phosphate and glycogen.
Physiotherapy is a booming profession in recent time. Physiotherapist can work in different set up of health care systems and can treat patient their own. They are independent practitioner in health care system. So it is an excellent career opportunity.
This document discusses methods of movement analysis in sports biomechanics. It covers qualitative and quantitative analysis, with qualitative focusing on systematic observation and feedback to improve performance, while quantitative uses kinematic data from video analysis. The document outlines the different planes and axes of motion, and how movements are analyzed in 2D vs 3D. It also discusses important considerations for video setup and analysis, such as camera type and settings, calibration, and digitization. Common video analysis software programs are also listed.
Need and Importance of Physiology of ExerciseJ. Priyanka
Physiology of exercise is important to understand how the body responds and adapts to physical activity. It is needed to know how exercise affects different body systems like the cardiovascular and respiratory systems. Measuring things like blood pressure during exercise can provide useful information on the body's physiological response to physical exertion.
Introduced by Geoffrey Douglas Maitland - in 1950’s
He was born in Australia in 1924, trained as a physiotherapist from 1946 to 1949
Pioneer of musculoskeletal physiotherapy
Emphasized on:
Specific way of thinking
A total commitment to the patient
Continuous evaluation and assessment
Art of manipulative physiotherapy
Ergogenic aids for exercise and sports performancewilleycoyote
This document discusses various ergogenic aids (performance-enhancing substances), including anabolic steroids, human growth hormone, and erythropoietin. It describes the physiological effects of each substance, such as increased muscle growth, strength, and red blood cell count. It also identifies sports that may benefit from these effects, like sprinting, bodybuilding, and endurance sports. However, the document warns that long-term use of these banned substances can have serious health implications, including organ damage, cardiovascular disease, blood clots, and stroke.
A 100% free course for passionated cyclists, trainers, coaches, bikefitters that want to apply a scientific know-how on bike fittings and pedalling style evaluation to enhance performance and comfort
This document discusses electrogoniometers, which are devices that measure joint angles through electrical signals. It outlines the background, definition, types, uses, advantages, and reliability of electrogoniometers. The main types are optoelectronic systems, potentiometers, and strain gauges. Electrogoniometers are useful for rehabilitation by precisely measuring joint angles to identify impairments, but they can be bulky and interfere with natural movement. While easy to use, their accuracy is less than other movement measurement systems.
El documento describe los beneficios del entrenamiento de fútbol en espacios reducidos. Explica que este método permite trabajar de forma integrada los aspectos técnicos, físicos, tácticos y psicológicos del juego, y que es más atractivo y motivante para los jugadores. También señala que, al ser más similar a la realidad del juego, permite una transferencia más directa y eficaz de lo aprendido en el entrenamiento a la competición.
El documento habla sobre la historia y origen del equipo de fútbol Atlas de Guadalajara. En sus inicios en 1926, el equipo adoptó el nombre de Atlas por su entusiasmo y ambición de ser el sostén del mundo, como el titán de la mitología. El escudo del equipo fue creado por un amigo del fundador y se ha convertido en uno de los más icónicos del fútbol mexicano. El equipo ha ganado varios títulos locales e internacionales a lo largo de su historia.
Olympic weightlifting clean presentation from my 2016/17 Strength and Conditioning placement at the Sports Institute of Northern Ireland (SINI). Includes presentation overview, clean phases and bar trajectory (first and second pull) and clean derivatives etc. Any names of athletes have been replaced with ''Athlete 1'' etc. to maintain confidentiality. I had the presentation sitting on my desktop but it might be a useful starting point for someone. Feel free to comment
Clinical research is quite vital in the field of physiotherapy. Physiotherapists depends on information from researches to enhance the knowledge they have already gained through their university education and with continuous education courses.
My last presentation about injury prevention in basketball players. Aspects such as injury definition, type of injury, sports injury system, specific characteristics of basketball, intervening factors, injury studies, forms of prevention, costs, trainig loads, assessments and tests, preventive programs, regenerative resources and return to sport are discussed.
Environmental influence on performance Sukanya1411
This document discusses how environmental factors like temperature, altitude and humidity can influence human performance. It covers the body's thermoregulation processes for maintaining core temperature during cold and heat exposure. During cold, the body increases heat production and conservation through vascular, muscular and hormonal adjustments. During heat, the main mechanisms of heat loss are radiation, conduction, convection and evaporation. Acclimatization to altitude involves both immediate and long-term adaptations to the reduced oxygen levels to improve tolerance. The key factors for exercising in heat and cold are maintaining hydration and avoiding large fluctuations in core temperature.
Physiotherapy management of scoliosis.A physiotherapist prospectivesims group
scoliosis is defined as lateral curvature of the spinal curve.If we can identify at early stage, it can be treated.Identifying the cause and treating it plays an important role in correcting scoliosis.Normal cobbs angle is less than 10 degrees.More than 40 degees is severe scoliosisStructural/Non-structural
Rt handed individuals,there is mild rt thoracic curve,left lumbar S-curve,or a mild left thoracolumbar C-curve.
Assymmetry in the hips,pelvis, and lower exremities.
Forward bending-rib hump posteriorly present.EXERCISE PROGRAM:
stretching of tight myofascia and muscular tissue by-
a)Hanging on roman rings or overhead bar
b)Lateral bending towards convex side in sitting position.
Strengthening for strength and endurance of the weaker muscles on the convex side
scoliotic curve can be divided into primary and secondary curves.there also exist major double curves and thrible curve.Adult idiopathic scoiliosis is the commonest type of scoliosis.This type of scoliosis is divided into infantile, juvenile,adolescent type.limb length discrepancy is one of the main cause of acquired scoilosIs.2 types of scoliotic curves can commonly be seen,Primary curve and secondary curve.
Primary curve has 1 structural curve.secondary curve has 2 structural curves. one may be primary and other may be secondary.Postural scoliosis can be corrected easily if identified early. Adams test is done to find out postural curve from structural curve. scoliometer is a device used to find out rib hump.The scoliometer is an inclinometer designed to measure trunk asymmetry, or axial trunk rotation. It’s used at three areas: at upper thoracic (T3-T4), main thoracic (T5-T12) and at the thoraco-lumbar area (T12-L1 or L2-L3). If the measurement is equal to 0°, there is a symmetry at the particular level of the trunk. An asymmetry at the particular level of the trunk is found, if the scoliometer measurement is equal to any other value.Moderate-cobb’s angle 20-40
Severe-cobbs’ angle>40
Investigation:-x-rays
1)Cobb’s angle measurement-Line passing through the upper border of the upper limit vertebrae of the deformity and another line passing through the lower border of the lower limit vertebrae of the deformity is drawn.1)Associated with rotation of vertebrae
2)Forward bending test shows the presence of rib hump.
3)On side bending, the curve persists
Secondary curve disappears on forward bending,primary curve remains
Mild-cobb’s angle<20
Perpendiculars are drawn on these line.
The angle of deviation of these lines from a straight line is the cobb’s angle.
2)Nash and Moe’s method to measure vertebral rotation-Position of pedicles on a PA x-ray indicate the vertebral rotation.
TREATMENT:1)Cobb’s angle<20-repeated follow-up and observation.
If no increase in curve-no treatment
2)Cobb’s angle>20 and non-progressing-Milwaukee brace
3)Cobb’s angle>40 and progressing-surgical fusion.
Cobb’s angle>60-surgical fusion
If no increase in curve-no treatment
2)Cobb’s angle>20 and non-progressin
Este documento presenta la planificación semanal de sesiones para la temporada 2009/10 del equipo juvenil Real Madrid "A". Incluye 5 sesiones con objetivos como la potencia aeróbica, la velocidad de desplazamiento, la fuerza y la técnica individual. Cada sesión dura entre 20-95 minutos e incluye ejercicios como rondos, mantenimiento técnico, duelos y acciones de finalización.
Information Processing and Motor Skill PerformanceJohn John
The document discusses information processing and its impact on motor skill learning and performance. It explains that the central nervous system processes both external and internal information. The brain has limited resources and can only process a few tasks at a time without degradation of performance. Memory, attention, and intention are key elements of the information processing that underlies motor learning. Attention involves both conscious and subconscious allocation of mental resources and can be directed internally or externally. Placing attention externally generally facilitates motor skill learning and performance more than internal attention. Techniques like using cues, focusing on key components, and addressing stress/anxiety can help improve attention and information processing. Intention serves to direct attention and effort during learning and influences the physiological effects of practice.
Hip and Thigh injuries in sports such as- Perthes Disease, Osteitis Pubis, Avascular Necrosis of The Femoral Head, Hip Pointer, Classic Groin Strain, ‘Pull’ Or Adductor Tendinopathy, Slipped Capital Femoral Epiphysis, Trochanteric Bursitis/Gluteus Medius Tendinopathy, Iliopsoas strain, Quadriceps strain, Irritable Hip etc.
Voluntary Control and Assessment Physiotherapy Perspective.pptxSusan Jose
This document discusses voluntary control of movements and assessment methods. Voluntary control is the ability to produce and control movements volitionally and adapt to tasks and the environment. Normal synergy involves linked muscles acting cooperatively, while abnormal synergy is stereotypical and non-adaptable. Assessment can be qualitative using grading scales or quantitative using tools like the Fugl-Meyer Assessment which evaluates motor function, sensation, balance, and range of motion. The Trunk Impairment Scale assesses trunk control in sitting and coordination. Good assessment informs effective treatment.
This 12-week baseball training program for an 18-year-old male athlete consists of 3 mesocycles split into 12 weekly microcycles. The first mesocycle focuses on hypertrophy and muscle endurance over 4 weeks. The second mesocycle trains basic strength for force production over 4 weeks. The final pre-season mesocycle emphasizes power training for speed and velocity over 4 weeks. The program includes resistance training 3 days per week, metabolic conditioning 2 days per week, and plyometrics 1 day per week.
This document provides an overview of biomechanics concepts relevant to human movement. It defines biomechanics and functional anatomy, and describes how analyzing muscle actions and joint movements can help design effective exercise programs. It then covers biomechanical terminology including planes of motion, axes, and major joint movements. Finally, it discusses key biomechanics principles such as kinetics, kinematics, Newton's laws of motion, force, momentum, torque, levers, and mechanical work. The overall aim is to describe human movement using mechanical concepts and anatomical terminology.
Physiotherapy is a booming profession in recent time. Physiotherapist can work in different set up of health care systems and can treat patient their own. They are independent practitioner in health care system. So it is an excellent career opportunity.
This document discusses methods of movement analysis in sports biomechanics. It covers qualitative and quantitative analysis, with qualitative focusing on systematic observation and feedback to improve performance, while quantitative uses kinematic data from video analysis. The document outlines the different planes and axes of motion, and how movements are analyzed in 2D vs 3D. It also discusses important considerations for video setup and analysis, such as camera type and settings, calibration, and digitization. Common video analysis software programs are also listed.
Need and Importance of Physiology of ExerciseJ. Priyanka
Physiology of exercise is important to understand how the body responds and adapts to physical activity. It is needed to know how exercise affects different body systems like the cardiovascular and respiratory systems. Measuring things like blood pressure during exercise can provide useful information on the body's physiological response to physical exertion.
Introduced by Geoffrey Douglas Maitland - in 1950’s
He was born in Australia in 1924, trained as a physiotherapist from 1946 to 1949
Pioneer of musculoskeletal physiotherapy
Emphasized on:
Specific way of thinking
A total commitment to the patient
Continuous evaluation and assessment
Art of manipulative physiotherapy
Ergogenic aids for exercise and sports performancewilleycoyote
This document discusses various ergogenic aids (performance-enhancing substances), including anabolic steroids, human growth hormone, and erythropoietin. It describes the physiological effects of each substance, such as increased muscle growth, strength, and red blood cell count. It also identifies sports that may benefit from these effects, like sprinting, bodybuilding, and endurance sports. However, the document warns that long-term use of these banned substances can have serious health implications, including organ damage, cardiovascular disease, blood clots, and stroke.
A 100% free course for passionated cyclists, trainers, coaches, bikefitters that want to apply a scientific know-how on bike fittings and pedalling style evaluation to enhance performance and comfort
This document discusses electrogoniometers, which are devices that measure joint angles through electrical signals. It outlines the background, definition, types, uses, advantages, and reliability of electrogoniometers. The main types are optoelectronic systems, potentiometers, and strain gauges. Electrogoniometers are useful for rehabilitation by precisely measuring joint angles to identify impairments, but they can be bulky and interfere with natural movement. While easy to use, their accuracy is less than other movement measurement systems.
El documento describe los beneficios del entrenamiento de fútbol en espacios reducidos. Explica que este método permite trabajar de forma integrada los aspectos técnicos, físicos, tácticos y psicológicos del juego, y que es más atractivo y motivante para los jugadores. También señala que, al ser más similar a la realidad del juego, permite una transferencia más directa y eficaz de lo aprendido en el entrenamiento a la competición.
El documento habla sobre la historia y origen del equipo de fútbol Atlas de Guadalajara. En sus inicios en 1926, el equipo adoptó el nombre de Atlas por su entusiasmo y ambición de ser el sostén del mundo, como el titán de la mitología. El escudo del equipo fue creado por un amigo del fundador y se ha convertido en uno de los más icónicos del fútbol mexicano. El equipo ha ganado varios títulos locales e internacionales a lo largo de su historia.
Olympic weightlifting clean presentation from my 2016/17 Strength and Conditioning placement at the Sports Institute of Northern Ireland (SINI). Includes presentation overview, clean phases and bar trajectory (first and second pull) and clean derivatives etc. Any names of athletes have been replaced with ''Athlete 1'' etc. to maintain confidentiality. I had the presentation sitting on my desktop but it might be a useful starting point for someone. Feel free to comment
Clinical research is quite vital in the field of physiotherapy. Physiotherapists depends on information from researches to enhance the knowledge they have already gained through their university education and with continuous education courses.
My last presentation about injury prevention in basketball players. Aspects such as injury definition, type of injury, sports injury system, specific characteristics of basketball, intervening factors, injury studies, forms of prevention, costs, trainig loads, assessments and tests, preventive programs, regenerative resources and return to sport are discussed.
Environmental influence on performance Sukanya1411
This document discusses how environmental factors like temperature, altitude and humidity can influence human performance. It covers the body's thermoregulation processes for maintaining core temperature during cold and heat exposure. During cold, the body increases heat production and conservation through vascular, muscular and hormonal adjustments. During heat, the main mechanisms of heat loss are radiation, conduction, convection and evaporation. Acclimatization to altitude involves both immediate and long-term adaptations to the reduced oxygen levels to improve tolerance. The key factors for exercising in heat and cold are maintaining hydration and avoiding large fluctuations in core temperature.
Physiotherapy management of scoliosis.A physiotherapist prospectivesims group
scoliosis is defined as lateral curvature of the spinal curve.If we can identify at early stage, it can be treated.Identifying the cause and treating it plays an important role in correcting scoliosis.Normal cobbs angle is less than 10 degrees.More than 40 degees is severe scoliosisStructural/Non-structural
Rt handed individuals,there is mild rt thoracic curve,left lumbar S-curve,or a mild left thoracolumbar C-curve.
Assymmetry in the hips,pelvis, and lower exremities.
Forward bending-rib hump posteriorly present.EXERCISE PROGRAM:
stretching of tight myofascia and muscular tissue by-
a)Hanging on roman rings or overhead bar
b)Lateral bending towards convex side in sitting position.
Strengthening for strength and endurance of the weaker muscles on the convex side
scoliotic curve can be divided into primary and secondary curves.there also exist major double curves and thrible curve.Adult idiopathic scoiliosis is the commonest type of scoliosis.This type of scoliosis is divided into infantile, juvenile,adolescent type.limb length discrepancy is one of the main cause of acquired scoilosIs.2 types of scoliotic curves can commonly be seen,Primary curve and secondary curve.
Primary curve has 1 structural curve.secondary curve has 2 structural curves. one may be primary and other may be secondary.Postural scoliosis can be corrected easily if identified early. Adams test is done to find out postural curve from structural curve. scoliometer is a device used to find out rib hump.The scoliometer is an inclinometer designed to measure trunk asymmetry, or axial trunk rotation. It’s used at three areas: at upper thoracic (T3-T4), main thoracic (T5-T12) and at the thoraco-lumbar area (T12-L1 or L2-L3). If the measurement is equal to 0°, there is a symmetry at the particular level of the trunk. An asymmetry at the particular level of the trunk is found, if the scoliometer measurement is equal to any other value.Moderate-cobb’s angle 20-40
Severe-cobbs’ angle>40
Investigation:-x-rays
1)Cobb’s angle measurement-Line passing through the upper border of the upper limit vertebrae of the deformity and another line passing through the lower border of the lower limit vertebrae of the deformity is drawn.1)Associated with rotation of vertebrae
2)Forward bending test shows the presence of rib hump.
3)On side bending, the curve persists
Secondary curve disappears on forward bending,primary curve remains
Mild-cobb’s angle<20
Perpendiculars are drawn on these line.
The angle of deviation of these lines from a straight line is the cobb’s angle.
2)Nash and Moe’s method to measure vertebral rotation-Position of pedicles on a PA x-ray indicate the vertebral rotation.
TREATMENT:1)Cobb’s angle<20-repeated follow-up and observation.
If no increase in curve-no treatment
2)Cobb’s angle>20 and non-progressing-Milwaukee brace
3)Cobb’s angle>40 and progressing-surgical fusion.
Cobb’s angle>60-surgical fusion
If no increase in curve-no treatment
2)Cobb’s angle>20 and non-progressin
Este documento presenta la planificación semanal de sesiones para la temporada 2009/10 del equipo juvenil Real Madrid "A". Incluye 5 sesiones con objetivos como la potencia aeróbica, la velocidad de desplazamiento, la fuerza y la técnica individual. Cada sesión dura entre 20-95 minutos e incluye ejercicios como rondos, mantenimiento técnico, duelos y acciones de finalización.
Information Processing and Motor Skill PerformanceJohn John
The document discusses information processing and its impact on motor skill learning and performance. It explains that the central nervous system processes both external and internal information. The brain has limited resources and can only process a few tasks at a time without degradation of performance. Memory, attention, and intention are key elements of the information processing that underlies motor learning. Attention involves both conscious and subconscious allocation of mental resources and can be directed internally or externally. Placing attention externally generally facilitates motor skill learning and performance more than internal attention. Techniques like using cues, focusing on key components, and addressing stress/anxiety can help improve attention and information processing. Intention serves to direct attention and effort during learning and influences the physiological effects of practice.
Hip and Thigh injuries in sports such as- Perthes Disease, Osteitis Pubis, Avascular Necrosis of The Femoral Head, Hip Pointer, Classic Groin Strain, ‘Pull’ Or Adductor Tendinopathy, Slipped Capital Femoral Epiphysis, Trochanteric Bursitis/Gluteus Medius Tendinopathy, Iliopsoas strain, Quadriceps strain, Irritable Hip etc.
Voluntary Control and Assessment Physiotherapy Perspective.pptxSusan Jose
This document discusses voluntary control of movements and assessment methods. Voluntary control is the ability to produce and control movements volitionally and adapt to tasks and the environment. Normal synergy involves linked muscles acting cooperatively, while abnormal synergy is stereotypical and non-adaptable. Assessment can be qualitative using grading scales or quantitative using tools like the Fugl-Meyer Assessment which evaluates motor function, sensation, balance, and range of motion. The Trunk Impairment Scale assesses trunk control in sitting and coordination. Good assessment informs effective treatment.
This 12-week baseball training program for an 18-year-old male athlete consists of 3 mesocycles split into 12 weekly microcycles. The first mesocycle focuses on hypertrophy and muscle endurance over 4 weeks. The second mesocycle trains basic strength for force production over 4 weeks. The final pre-season mesocycle emphasizes power training for speed and velocity over 4 weeks. The program includes resistance training 3 days per week, metabolic conditioning 2 days per week, and plyometrics 1 day per week.
This document provides an overview of biomechanics concepts relevant to human movement. It defines biomechanics and functional anatomy, and describes how analyzing muscle actions and joint movements can help design effective exercise programs. It then covers biomechanical terminology including planes of motion, axes, and major joint movements. Finally, it discusses key biomechanics principles such as kinetics, kinematics, Newton's laws of motion, force, momentum, torque, levers, and mechanical work. The overall aim is to describe human movement using mechanical concepts and anatomical terminology.
This document discusses various biomechanical principles and how they are reflected in human movement. It covers topics like motion, balance and stability, and fluid mechanics. Motion can be linear, angular, or general. Balance depends on the center of gravity and base of support. Fluid mechanics explores how forces are exerted by fluids like air and water on moving objects and bodies. Factors like flotation, center of buoyancy, and fluid resistance all impact performance in swimming, throwing, and other sports.
This document provides a case study for a 28-year-old male wrestler weighing 71kg who is in the early pre-season phase. It outlines his athletic goals of improving upper and lower body strength and power. It analyzes his biomechanics, movement patterns, physiological demands, injury risks, and current testing results. It proposes a macrocycle consisting of an off-season hypertrophy phase focusing on muscle growth, a pre-season strength phase emphasizing maximal strength right before competition, and an in-season maintenance phase to preserve strength during competition while preventing overtraining. Workouts are prescribed for each phase focusing on exercises like squats, cleans, and presses using various set/rep schemes and intensities.
Football players always want to be faster and more agile - but how do you improve those skills when you're not naturally gifted with them? Center for Performance Medicine & Rehabilitation Clinic Director Dr. Michael Vishion outlines the best drills to help anyone improve speed & agility.
Strength, Core and Stablity Training for Endurance Athletes. The logic and science behind the need for endurance athletes to get stronger. Exercise examples and workout structure.
This document discusses several principles of exercise and strength training, including specificity, overload, progression, and reversibility. It provides examples showing how these principles can be applied. Specificity states that the body adapts according to how it is exercised. Overload requires continually increasing the training stimulus for adaptations to occur. Progression involves building up technique and fitness over time through incremental steps. Reversibility means that adaptations are lost if training stops or decreases. The document also covers individualization, exercise order, and muscle balance in program design.
The document discusses several principles of exercise and strength training, including specificity, overload, progression, and reversibility. It provides examples and studies to illustrate each principle. Specificity refers to the body adapting specifically to the demands placed on it during exercise. The overload principle notes that the body only adapts when under greater stress than usual. Progression means building up training in a step-wise manner. Reversibility means adaptations are lost if training stops or decreases.
The document discusses the Phase 7 Swing method for golf. It is a 7-phase geometric system designed to create a consistent right forearm plane throughout the swing. The method focuses on removing axis tilt by keeping the arms below the right shoulder. It also emphasizes using lower body movement and weight shifts to power the swing rather than the arms. The lower body swing philosophy is that energy should flow freely through the body from the legs to the arms, avoiding blockages. Proper lower body movement can improve consistency, reduce injuries, and make the swing more powerful.
Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use
All copyrights to the respective holders. For a full list of references, see the Moment Arm Exercise manual.
Why Unilateral Exercises yield the Greatest Strength GainsNick Jack
I always believed the unilateral exercises were more for rehab and core stability and the bigger bilateral exercise the preferred choice for sports and increasing serious muscle and strength.
It makes sense that the bigger the weight you lift the more muscle you gain, but this is not actually the case. For when it comes to unilateral exercises the strength gains are considerably more than their bilateral counterparts.
Olympic weightlifting has numerous benefits for improving athletic performance. It develops strength, power, balance, coordination, and other physical attributes through explosive multi-joint movements like the snatch and clean and jerk. Research shows these attributes transfer well to other sports and that Olympic weightlifting is an effective training method for athletes of various ages when incorporated appropriately. The document provides definitions of the lifts and derivatives and discusses how Olympic weightlifting fits into models for long-term athlete development.
1. Biomechanics is the study of internal and external forces acting on the body during movement and the effects of these forces. It applies principles of engineering and mechanics to human movement.
2. Biomechanics focuses on optimizing performance, preventing injury, and expediting rehabilitation. It includes the subfields of sports, occupational, and clinical biomechanics.
3. Newton's laws of motion and concepts like center of mass and torque are important to biomechanical analysis. Analysis considers stability, maximum effort production, linear motion, and angular motion.
This document discusses 5 keys to understanding and preventing lower back pain in gymnastics: 1) Types of back pain including extension, flexion, impact, and hanging injuries. 2) Causes including high workloads, limited flexibility, strength imbalances, fatigue, and growth spurts. 3) Focus on managing workloads, improving flexibility, balancing strength, monitoring fatigue, and screening for growth changes. 4) Know when to seek medical help for persistent or recurring symptoms. 5) Implement prevention strategies like workload monitoring, flexibility training, core strengthening, technique drills, and early detection of issues.
The document discusses the components of fitness, including muscular strength, muscular endurance, cardiovascular fitness, flexibility, and speed. It provides an overview and key characteristics of each component, recommended training methods, relevant exercises, and benefits. Specifically, it emphasizes that cardiovascular fitness is particularly important as it reduces risks of heart disease and stroke, and that flexibility training for 10 minutes daily can help reduce injury risk by over 15%.
Practical Applications in Principle Base Coaching and Strength Training in th...Mark Watts
Comprehensive Strategies to Optimize Training, Utilize Resources, and Increase Workout Density while Developing Character in the Athletes you Work With.
This document discusses proper lifting techniques to prevent musculoskeletal injuries. It analyzes the stoop, squat, and semi-squat lifts, finding that the semi-squat, which keeps the load close to the body between the feet and knees, results in the lowest compressive forces on the spine. It also recommends the stoop lift for frequent lifting of light loads less than 20 pounds. Pushing is generally better than pulling due to lower spinal loads. Proper lifting technique, load stability, grip, and pushing versus pulling can help reduce injury risks.
Core and Stability for Injury PreventionDanny Deigan
This document discusses core and stability training for injury prevention. It emphasizes training the correct muscles for specific movements to optimize performance and reduce imbalances. Some key exercises mentioned are squats, single leg exercises, prone holds, and bird dogs. Maintaining pelvic, spinal, and trunk stability is important, and the document discusses bracing versus hollowing for core activation. Practical demonstrations and applications of exercises are provided with a focus on proper form.
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What's With All The Racket? An Introduction to Olympic Weightlifting
1. What’s With All The Racket?
Overview and Introduction to the Sport of Weightlifting
Presented by
Colin McClelland, USAW-1
03/14/2018
colin@zumfitness.com
2. Objectives
• Common Misconceptions
• What is Olympic Lifting?
o Snatch
o Clean
o Jerk
o Variations and Assistance Exercises
• Why Do It?
o Benefits
o Crossover
• How Do You Do It?
o Forces, Angles, Phases and Bar Path
5. Beliefs vs. Fact
• Belief: Olympic Weightlifting
is dangerous
• Belief: Will wreck your joints
long term
• Belief: I am too old/not built
to be a weightlifter
• Fact: One of the safest sports
you can participate in*
• Fact: No long term chronic
inflammatory conditions
linked to weightlifting**
• Fact: 8 weight classes for
men, 8 for women,
participation from Youth (<16)
to +75 yrs.
*(Calhoon & Fry, 1999).
** (Hamil, 1994).
14. What is
Olympic
Lifting?
“Alls you gotta do is pick it up
and put it down”
-E.J. “Doc” Kries-
USA Strength & Conditioning Coach
Hall of Fame
Ø The Sport is officially called Weightlifting
• Involves lifting a weighted bar overhead
Ø Three (3) exercises – Snatch, Clean, and
Jerk
Ø Requires specialized equipment
• Barbell
• Bumper Plates
• Platform
• Pulling/Jerk Blocks
Ø In Competition you have 3 attempts on
Snatch, 3 attempts on Clean & Jerk.
19. Variations and Assistance
Exercises
Snatch/
Clean
Power Hang
Above Knee
Below Knee
Blocks Complexes
2/3 Pos.
Multi-
Exercise
Pulls
High Pulls
Partials /
Pauses
Squats
Front
Squats
Back Squats
Pause
Dead Point
Dbl.
Rebound
Accessory
Work
OH Work
Drop
Snatch
Snatch
Balance
Presses
Sn/Cl
Push Press
In Front
Behind
Military
Press
Core
Back hypers
Chinese
Planks
Abs
Back
Pullups/
Pulldowns
Pendlay
Rows
Sn/CL RDLs
Sn/CL DL
Seated
Rows
If there are only 3 Olympic Lifts, how many variations and accessory
exercises can be utilized by someone who is only training to get better
in the Olympic Lifts?
• 73 Snatch Exercises
• 57 Clean Exercises
• 41 Jerk Exercises
• 32 General Weightlifting Exercises
• 17 Ab and Back Exercises
• 99 Miscellaneous Exercises
20. Why Do It?
Benefits & Carryover
Ø INCREASE POWER. IN EVERYTHING
o Jumping Ability
o Sprinting Speed
o Explosiveness and Reaction Times
Ø Improve Flexibility (both Dynamic and Static)
Ø Increase Bone Density*
Ø Full Body Development
Ø Improve Body Composition
*The NSCA paper entitled Health Aspects of Resistance Exercise and Training (2001)
ØGround Based and Functional
ØDevelops the “Core” and Kinesthetic
Awareness Simultaneously
ØGenerates both Hypertrophy and Neural
Adaptations = Greater Strength & Power
ØHighly Efficient Way to Exercise
21. How Do
You Do It?
Forces, Angles, Phases and Bar Path
24. Bar Path Trajectory
in the Pull
The Shortest Distance Between Two Points…
• The flattened “S” Curve
• Let’s see what that looks like in action
25. Bar Path Trajectory
in the Pull
The Shortest Distance Between Two Points…
• The flattened “S” Curve
• Let’s see what that looks like in action
26. Things That Affect
the Bar’s Trajectory Bar Path Trajectory in the Pull
• Start Position
• Line of Gravity (LOG)
• Timing and Coordination
• Unequal forces being applied by
the joints during different phases
of the pull
27. Angles and Forces
Vertical Forces (F) = f1 + f3 + f5 + f7
• Vertical Forces move the bar up
• Ankles (f4) and Hips (f8) apply forward
force
• Knees (f6) and Shoulder (f2) apply
backwards force
• All four joints apply forward, backward,
and vertical force to the bar
• The forward and backward forces must
be of equal magnitude in order minimize
deviations in vertical trajectory while the
bar is being accelerated.
• Different types of lifters will need to
generate different amounts of forwards
and backwards force for each joint
relative to their height, limb length and
torso ratios.
f2
f4
f6
f1
f3
f5
f7
f8
ßForward Forces =
f4 + f8
à Backward Forces =
f2 + f6
3 Gravity Principles
ü Simultaneous
ü Equal Magnitude
ü Opposite Direction
33. New Class Starting
April 7th, 10:30 a.m.
• Who should attend?
o First timers and lifters
looking to clean up/improve
their technique or get
stronger
• Open format
• Learn how to lift in a safe, fun,
and supportive environment
• Dedicated, hands on instructor
time
• Free for all ZŪM Members!