Muscular endurance is the ability of muscles to repeatedly exert force against resistance over multiple repetitions. It can be assessed through dynamic tests using a percentage of maximum strength to perform as many repetitions as possible. Common tests include the bench press and push-up tests. Accurate assessment requires controlling for client, equipment, technician, and environmental factors. A variety of muscle-specific dynamic tests are needed to fully evaluate strength and endurance.
Running requires greater balance, muscle strength, and joint range of movement than walking. There are three phases to the running cycle: stance, swing, and float. During running, the ground reaction force can increase to 250% of body weight. The kinematics of running involve hip flexion at heel strike and extension at toe off, knee flexion during loading and extension before toe off, and ankle dorsiflexion at heel strike and plantarflexion throughout stance phase. Key muscles like gluteus maximus, hamstrings, and gastrocnemius are active at different parts of the running cycle to provide shock absorption, balance, forward propulsion, and control of changes in direction.
The document discusses the importance of warm-ups and cool-downs for exercise. It states that a warm-up prepares the body for exercise by increasing muscle temperature, reducing injury risk, and activating the nervous system. A proper warm-up includes general movements, aerobic activity, and sport-specific exercises. Cool-downs are also important as they promote recovery, return the body to a pre-exercise state, and help prevent muscle soreness by keeping blood circulating to remove waste. Both warm-ups and cool-downs should last 10 minutes or longer and include light aerobic activity and static stretching.
The document discusses sports injury evaluation and management on and off the field. It describes conducting a thorough subjective and objective injury assessment, including observation, palpation, and range of motion testing. For on-field management, it recommends following an ABCDE approach to assess airway, breathing, circulation, disability, and exposure/environment. It emphasizes the importance of stabilizing any life-threatening injuries before transporting an athlete for further medical care. Musculoskeletal injuries are common in sports and may require splinting or referral for risks like fractures, dislocations, or neurovascular compromise.
The document summarizes Owen Casey's 11-week weightlifting program to improve his clean technique. It provides details on his training history and a prior ankle injury. Screenings at weeks 3, 6, and 11 show improvements in shoulder mobility and positions, bar path, triple extension, and landing mechanics. By week 11, Owen set a new personal best of 65kg in the clean lift, demonstrating the effectiveness of the program in addressing his technical faults.
The below training fitness standards are different from the Applicant Physical Abilities Test (APAT) fitness standards.
This hand-out has been designed to educate the reader on the United States Secret Service Physical Fitness standards and the proper protocols necessary to accomplish those standards. Recruits who will be attending training at the James J. Rowley Training Center (JJRTC) are expected to arrive in good physical condition, ready to begin a functional fitness program.
The fitness evaluation measures strength, endurance, and aerobic capacity in four core elements. The core elements are Push-ups, Sit-ups, Chin-ups, and the 1.5 mile run. The fitness evaluation will be administered at the beginning, during, and end of training. Secret Service weapon carrying employees are additionally required to participate in the USSS Physical Fitness Evaluation quarterly.
The following point system will be applied to the fitness category level achieved by the student in accordance with their age and gender. The point system will be applied to the four (4) core elements of the U.S. Secret Service Individual Fitness Profile Evaluation.
The document discusses shin pain in athletes, which can be caused by bone stress, vascular issues, inflammation, nerve entrapment, and biomechanical factors related to foot type; it provides details on the clinical perspectives, pain sites, effects of exercise, and treatments for various conditions like stress fractures, periostitis, and compartment syndrome; treatments discussed include rest, bracing, electrical stimulation, ultrasound, stretching, orthotics, and physiotherapy.
Plyometric training involves explosive exercises that use the stretch-shortening cycle of muscles to improve speed, strength, and power. It works by elastic energy being stored in tendons and muscles during eccentric contractions and released during subsequent concentric contractions. A proper plyometric program considers factors like exercise mode, intensity, frequency, volume, progression over time, and safety precautions. Short-term plyometric training of 2-3 sessions per week for 4-16 weeks can improve athletic performance measures like jump height, sprinting, and agility.
Sports psychology is the study of how psychology influences sports performance. Some sports psychologists work with athletes to improve performance and increase motivation. Key aspects of sports psychology include awareness, focus, concentration, anxiety, confidence, and motivation. Maintaining awareness and using proper concentration techniques can optimize an athlete's performance. Both state and trait anxiety can negatively affect performance if not properly managed. Successful athletes focus on their task in the present moment rather than fearing failure. Motivation influences an athlete's effort, ability to overcome setbacks, and overall competition results.
Stretching is a therapeutic maneuver to increase flexibility by elongating shortened soft tissues. Several factors can contribute to hypomobility including immobilization, poor posture, and injury. Stretching protocols should involve proper alignment, stabilization, low intensity stretches held for 20-30 seconds repeated 3-5 times per week. Common stretching types include static, PNF, and ballistic stretching. Stretching is contraindicated for acute injuries, infections, or joint instability.
Kinetics and Kinematics of Gait summarizes gait terminology, phases, joint motion, determinants, and the kinetics and kinematics of the trunk and upper extremities during gait. It describes the six determinants of gait including pelvic rotation and tilting, knee flexion in stance, and foot and knee mechanisms which function to minimize center of gravity displacement. The document also outlines the muscle activity, internal joint moments, and energy requirements including potential and kinetic energy exchange during the gait cycle.
This document defines plyometrics as exercises that enable a muscle to reach maximum strength in as short a time as possible through a prestretch-shortening cycle. It originated from Eastern European training in the 1950s-60s and involves eccentric muscle activation followed by a stronger concentric contraction. The benefits include improved power, speed, and muscle fiber recruitment through overload. A plyometric program should progressively increase intensity, use appropriate volume based on sport demands, and allow for adequate recovery between sessions. Precautions include screening for injury history and conditioning levels.
Upper crossed syndrome is a postural condition caused by prolonged forward head positioning from activities like computer use, driving, and phone use. It involves tightness in the upper trapezius and levator scapula muscles crossing with tightness in the pectoralis muscles, and weakness in the deep cervical flexors crossing with weakness in the middle and lower trapezius. Exercises like foam rolling, rows, and chin tucks can help correct muscle imbalances, as can improving posture awareness and taking breaks from aggravating activities.
This document discusses joint mobility assessment in physical therapy. It begins by stating the learning objectives, which are to explain concepts of joint mobility assessment, state principles and guidelines, identify indications and precautions, demonstrate techniques, and communicate results. It then reviews relevant concepts such as range of motion, limitation of motion, and hypermobility versus instability. The document outlines the assessment procedures including pain assessment, active and passive motion tests, and accessory mobility tests. It provides guidance on patient positioning, use of glides and distraction/compression. The document concludes by describing how to interpret test findings and documenting the results.
PNF is a technique that uses proprioceptive stimulation and neuromuscular facilitation to promote functional movement. It was developed in the 1940s-50s for neurological rehabilitation. PNF uses principles like resistance, stretch, and timing to activate afferent pathways and facilitate efferent motor responses. Key techniques include rhythmic initiation, combinations of muscle contractions, and reversals between agonists and antagonists. The goal is to improve motor control, coordination, strength, and range of motion.
The document is a chapter from "The Sports Injury Handbook" that discusses the FITT principle for exercise. The FITT principle outlines the key components of an effective exercise program: Frequency (how often you exercise), Intensity (how hard you exercise), Time (how long you exercise), and Type (what type of exercise you do). Following the FITT principle can help people properly structure their exercise routines and monitor their progress.
Physiotherapy assessment in fracture and dislocation editednorhayati80
油
Here are the key steps for taking limb girth measurements:
1. Identify and mark the measurement sites around the limb with a pen or marker. Common sites include the wrist, forearm, elbow, upper arm, thigh, knee, calf, and ankle.
2. Place the tape snug but not tight around the limb, ensuring it is horizontal and the tape is not overlapping.
3. Record the girth measurement to the nearest 0.1 cm or 1/8 inch.
4. Repeat measurements on both limbs and record for future comparison to monitor changes over time. Regular measurements allow assessment of swelling, muscle size, or response to treatment.
The girth measurement is a simple but useful
This document discusses the rehabilitation process for quadriceps muscle injuries from initial injury through return to play. It begins by covering injury classification and the muscle architecture of the quadriceps. It then discusses muscle mechanics in running and kicking sports. Rehabilitation stages are outlined from early isometric exercises to advanced functional training mimicking sports movements. A case study is presented of an athlete who suffered multiple quadriceps injuries and underwent a rehabilitation process focused on hypertrophy, tendon elasticity and returning to high intensity running.
This chapter discusses psychology and sports. It defines sports psychology and explains its importance in understanding psychological factors that affect performance, developing psychological skills, and promoting well-being through sports. It differentiates between growth and development, describing growth as a quantitative increase in size while development includes qualitative psychological and behavioral changes. Key stages of development from infancy to adolescence to adulthood are outlined. Challenges of adolescence including physical, mental, emotional and social changes are explored, along with approaches to managing adolescent problems through education, activities and guidance.
Factors that influence muscle strength include energy stores and blood supply, fatigue, recovery from exercise, age, gender, and psychological factors. Muscle requires adequate energy and blood flow to contract and resist fatigue. Fatigue occurs from repeated contractions and diminishes muscle response over time. Recovery allows oxygen and energy stores to replenish while waste is removed from 1 hour to several days after exercise depending on the factor. Strength is also affected by age, gender, and psychological states that can positively or negatively impact movement ability and effort.
The goal in patients with primary lung disease is to teach them to relax the neck and chest accessory muscles and use more diaphragmatic breathing to reduce the work of breathing.
Introduction to muscle energy techniques (METs)Fared Alkordi
油
The use of Muscle Energy Techniques (METs) to reduce muscle pain and improve muscle length. Types, physiological mechanisms and practical techniques in clinical settings.
Neuromuscular adaptation to exercise application to practiseAparna Appzz
油
This document discusses neuromuscular adaptations to exercise. It explains that neural adaptations occur within the nervous system at the motor cortex, spinal cord, and neuromuscular junction in response to training. Neuromuscular adaptations include increases in muscle size, strength, mitochondria, and glycogen storage. The type and intensity of exercise determines the specific adaptations, with strength training increasing fiber size and endurance training increasing aerobic capacity. Neural adaptations differ by changing central drive and motor unit properties within the nervous system. Overtraining can cause extreme fatigue, illness or injury from insufficient rest between training sessions.
This document provides an overview of physiotherapy and rehabilitation techniques. It discusses the roles of a physiotherapist in examination, intervention, prevention, consultation, education and research. It then describes different types of therapeutic exercises including strength, mobility, balance, flexibility and coordination exercises. Various techniques for assessing and improving muscle strength, endurance, power, flexibility and movement are outlined.
This document discusses prevention of sports injuries. It describes three types of injury prevention: primary, secondary, and tertiary. Primary prevention aims to promote health and prevent injury through measures like ankle braces. Secondary prevention focuses on early diagnosis and treatment to limit injury development through actions like RICE treatment. Tertiary prevention aims to rehabilitate and reduce existing disabilities through exercises after initial treatment. The document also discusses various injury prevention strategies and equipment like warm-ups, stretching, taping, bracing, protective gear, suitable shoes and surfaces.
This document summarizes the neural and muscular adaptations that occur from resistance and aerobic training. It discusses how the central nervous system adapts through improved motor unit recruitment. Resistance training causes muscle fiber hypertrophy and increases in strength, while aerobic training improves aerobic capacity without enhancing muscle size. Both can promote a fast to slow shift in fiber types. Connective tissues like tendons and ligaments strengthen through increased collagen from high intensity loading. Bone modeling occurs when forces exceed threshold levels, stimulating new formation.
The document outlines the FITTA principles for developing components of fitness, with F=Frequency, I=Intensity, T=Time, T=Type, and A=Adherence. It describes how to apply each principle, such as training a minimum of 3 times per week at 80-100% of maximum for strength, and holding stretches for 30-60 seconds to improve flexibility. Adherence involves being motivated to stick to a program through intrinsic reasons like enjoyment as training progresses.
In both the Thomas test and Ely's test, the muscle being stretched is the rectus femoris.
The Thomas test assesses iliopsoas and rectus femoris length. By flexing the hip to 90 degrees and lowering the leg, it stretches both of these muscles.
Ely's test specifically isolates the rectus femoris by having the patient lie on their side and raising their leg. This positions the hip in extension and knee in flexion, stretching just the rectus femoris.
Sports psychology is the study of how psychology influences sports performance. Some sports psychologists work with athletes to improve performance and increase motivation. Key aspects of sports psychology include awareness, focus, concentration, anxiety, confidence, and motivation. Maintaining awareness and using proper concentration techniques can optimize an athlete's performance. Both state and trait anxiety can negatively affect performance if not properly managed. Successful athletes focus on their task in the present moment rather than fearing failure. Motivation influences an athlete's effort, ability to overcome setbacks, and overall competition results.
Stretching is a therapeutic maneuver to increase flexibility by elongating shortened soft tissues. Several factors can contribute to hypomobility including immobilization, poor posture, and injury. Stretching protocols should involve proper alignment, stabilization, low intensity stretches held for 20-30 seconds repeated 3-5 times per week. Common stretching types include static, PNF, and ballistic stretching. Stretching is contraindicated for acute injuries, infections, or joint instability.
Kinetics and Kinematics of Gait summarizes gait terminology, phases, joint motion, determinants, and the kinetics and kinematics of the trunk and upper extremities during gait. It describes the six determinants of gait including pelvic rotation and tilting, knee flexion in stance, and foot and knee mechanisms which function to minimize center of gravity displacement. The document also outlines the muscle activity, internal joint moments, and energy requirements including potential and kinetic energy exchange during the gait cycle.
This document defines plyometrics as exercises that enable a muscle to reach maximum strength in as short a time as possible through a prestretch-shortening cycle. It originated from Eastern European training in the 1950s-60s and involves eccentric muscle activation followed by a stronger concentric contraction. The benefits include improved power, speed, and muscle fiber recruitment through overload. A plyometric program should progressively increase intensity, use appropriate volume based on sport demands, and allow for adequate recovery between sessions. Precautions include screening for injury history and conditioning levels.
Upper crossed syndrome is a postural condition caused by prolonged forward head positioning from activities like computer use, driving, and phone use. It involves tightness in the upper trapezius and levator scapula muscles crossing with tightness in the pectoralis muscles, and weakness in the deep cervical flexors crossing with weakness in the middle and lower trapezius. Exercises like foam rolling, rows, and chin tucks can help correct muscle imbalances, as can improving posture awareness and taking breaks from aggravating activities.
This document discusses joint mobility assessment in physical therapy. It begins by stating the learning objectives, which are to explain concepts of joint mobility assessment, state principles and guidelines, identify indications and precautions, demonstrate techniques, and communicate results. It then reviews relevant concepts such as range of motion, limitation of motion, and hypermobility versus instability. The document outlines the assessment procedures including pain assessment, active and passive motion tests, and accessory mobility tests. It provides guidance on patient positioning, use of glides and distraction/compression. The document concludes by describing how to interpret test findings and documenting the results.
PNF is a technique that uses proprioceptive stimulation and neuromuscular facilitation to promote functional movement. It was developed in the 1940s-50s for neurological rehabilitation. PNF uses principles like resistance, stretch, and timing to activate afferent pathways and facilitate efferent motor responses. Key techniques include rhythmic initiation, combinations of muscle contractions, and reversals between agonists and antagonists. The goal is to improve motor control, coordination, strength, and range of motion.
The document is a chapter from "The Sports Injury Handbook" that discusses the FITT principle for exercise. The FITT principle outlines the key components of an effective exercise program: Frequency (how often you exercise), Intensity (how hard you exercise), Time (how long you exercise), and Type (what type of exercise you do). Following the FITT principle can help people properly structure their exercise routines and monitor their progress.
Physiotherapy assessment in fracture and dislocation editednorhayati80
油
Here are the key steps for taking limb girth measurements:
1. Identify and mark the measurement sites around the limb with a pen or marker. Common sites include the wrist, forearm, elbow, upper arm, thigh, knee, calf, and ankle.
2. Place the tape snug but not tight around the limb, ensuring it is horizontal and the tape is not overlapping.
3. Record the girth measurement to the nearest 0.1 cm or 1/8 inch.
4. Repeat measurements on both limbs and record for future comparison to monitor changes over time. Regular measurements allow assessment of swelling, muscle size, or response to treatment.
The girth measurement is a simple but useful
This document discusses the rehabilitation process for quadriceps muscle injuries from initial injury through return to play. It begins by covering injury classification and the muscle architecture of the quadriceps. It then discusses muscle mechanics in running and kicking sports. Rehabilitation stages are outlined from early isometric exercises to advanced functional training mimicking sports movements. A case study is presented of an athlete who suffered multiple quadriceps injuries and underwent a rehabilitation process focused on hypertrophy, tendon elasticity and returning to high intensity running.
This chapter discusses psychology and sports. It defines sports psychology and explains its importance in understanding psychological factors that affect performance, developing psychological skills, and promoting well-being through sports. It differentiates between growth and development, describing growth as a quantitative increase in size while development includes qualitative psychological and behavioral changes. Key stages of development from infancy to adolescence to adulthood are outlined. Challenges of adolescence including physical, mental, emotional and social changes are explored, along with approaches to managing adolescent problems through education, activities and guidance.
Factors that influence muscle strength include energy stores and blood supply, fatigue, recovery from exercise, age, gender, and psychological factors. Muscle requires adequate energy and blood flow to contract and resist fatigue. Fatigue occurs from repeated contractions and diminishes muscle response over time. Recovery allows oxygen and energy stores to replenish while waste is removed from 1 hour to several days after exercise depending on the factor. Strength is also affected by age, gender, and psychological states that can positively or negatively impact movement ability and effort.
The goal in patients with primary lung disease is to teach them to relax the neck and chest accessory muscles and use more diaphragmatic breathing to reduce the work of breathing.
Introduction to muscle energy techniques (METs)Fared Alkordi
油
The use of Muscle Energy Techniques (METs) to reduce muscle pain and improve muscle length. Types, physiological mechanisms and practical techniques in clinical settings.
Neuromuscular adaptation to exercise application to practiseAparna Appzz
油
This document discusses neuromuscular adaptations to exercise. It explains that neural adaptations occur within the nervous system at the motor cortex, spinal cord, and neuromuscular junction in response to training. Neuromuscular adaptations include increases in muscle size, strength, mitochondria, and glycogen storage. The type and intensity of exercise determines the specific adaptations, with strength training increasing fiber size and endurance training increasing aerobic capacity. Neural adaptations differ by changing central drive and motor unit properties within the nervous system. Overtraining can cause extreme fatigue, illness or injury from insufficient rest between training sessions.
This document provides an overview of physiotherapy and rehabilitation techniques. It discusses the roles of a physiotherapist in examination, intervention, prevention, consultation, education and research. It then describes different types of therapeutic exercises including strength, mobility, balance, flexibility and coordination exercises. Various techniques for assessing and improving muscle strength, endurance, power, flexibility and movement are outlined.
This document discusses prevention of sports injuries. It describes three types of injury prevention: primary, secondary, and tertiary. Primary prevention aims to promote health and prevent injury through measures like ankle braces. Secondary prevention focuses on early diagnosis and treatment to limit injury development through actions like RICE treatment. Tertiary prevention aims to rehabilitate and reduce existing disabilities through exercises after initial treatment. The document also discusses various injury prevention strategies and equipment like warm-ups, stretching, taping, bracing, protective gear, suitable shoes and surfaces.
This document summarizes the neural and muscular adaptations that occur from resistance and aerobic training. It discusses how the central nervous system adapts through improved motor unit recruitment. Resistance training causes muscle fiber hypertrophy and increases in strength, while aerobic training improves aerobic capacity without enhancing muscle size. Both can promote a fast to slow shift in fiber types. Connective tissues like tendons and ligaments strengthen through increased collagen from high intensity loading. Bone modeling occurs when forces exceed threshold levels, stimulating new formation.
The document outlines the FITTA principles for developing components of fitness, with F=Frequency, I=Intensity, T=Time, T=Type, and A=Adherence. It describes how to apply each principle, such as training a minimum of 3 times per week at 80-100% of maximum for strength, and holding stretches for 30-60 seconds to improve flexibility. Adherence involves being motivated to stick to a program through intrinsic reasons like enjoyment as training progresses.
In both the Thomas test and Ely's test, the muscle being stretched is the rectus femoris.
The Thomas test assesses iliopsoas and rectus femoris length. By flexing the hip to 90 degrees and lowering the leg, it stretches both of these muscles.
Ely's test specifically isolates the rectus femoris by having the patient lie on their side and raising their leg. This positions the hip in extension and knee in flexion, stretching just the rectus femoris.
The document outlines the components and purpose of an effective warm up routine, including mobility exercises, pulse raisers, and preparatory stretching. It explains that a warm up should take 10-15 minutes and consist of loosening joints through mobility exercises, gradually increasing the heart rate with pulse raisers, and light static stretching of major muscles before activity. The warm up prepares the body physiologically and reduces risk of injury.
The document provides information about health, fitness, exercise and their importance for sports performance. It defines key terms like health, fitness and exercise. Health is a state of complete mental, physical and social well-being. Fitness is the ability to meet environmental demands. Exercise is physical activity done to improve health and fitness. The document discusses the components of health-related fitness, which include body composition, muscular strength, muscular endurance, flexibility and cardiovascular fitness. It also covers the components of skill-related fitness: coordination, reaction time, agility, balance, speed and power. Various fitness tests are presented to measure the different components.
Brain endurance training INCREASES YOUR BRAINS CAPACITY so you can push physically and mentally for longer and harder regardless of the sport by increasing your brains capacity sports performance will benefit.
It has been proven that Brain endurance training DECREASES PERCEPTION OF EFFORT which allows athletes to react faster, make better decisions more consistently with less errors compared to control groups. All our research has been done on ELITE ATHLETES.
It is well known that any intervention that decreases perception of effort will INCREASE HUMAN PERFORMANCE, the limiting factor for performance is the BRAIN and by manipulating the brain you will MANIPULATE THE LIMITS.
This document provides instructions for students to complete a series of fitness tests to assess their current fitness levels. The tests include a one-mile walk, pushups, partial curl-ups, sit and reach flexibility test, and vertical jump. Students are instructed to perform each test alone and record their results honestly. They will then calculate their overall score to determine their current fitness level and receive recommendations for physical activities to perform that week based on that level. The goal is for students to understand their baseline fitness and get a personalized workout plan.
This document discusses various methods for assessing the body's readiness for exercise, including tests to evaluate cardiovascular fitness, flexibility, body composition, strength, speed, and general health. The multistage fitness test (bleep test) and sit-and-reach test are described for assessing cardiovascular endurance and flexibility. Skinfold measurements, grip dynamometers, and 30m sprint tests are outlined for evaluating body composition, strength, and speed. Health screening measurements like BMI, blood pressure, heart rate are also covered. Safety procedures and factors affecting test validity are emphasized throughout.
Kin 188 Components Of Injury Prevention ProgramJLS10
油
This document outlines components of an injury prevention program, including fitness testing procedures, parameters, and prescription of exercise. It discusses evaluating muscular function, cardiovascular function, speed, agility, flexibility, and body composition. Strength training considerations include equipment, exercise intensity, periodization, and rest periods. Aerobic, anaerobic, and flexibility training recommendations are provided. Coaching methods to control biomechanical stresses and match athletes are also mentioned.
This document discusses the essential elements of resistance training program design, including needs analysis, exercise selection, training frequency, exercise order, training load and repetitions, volume, and rest periods. The key goals are to select the appropriate exercises based on a client's needs and abilities, establish frequencies and loads to target specific strength, power, or muscular goals, and determine set and rest structures to optimize training adaptations.
LakePlacidAthleteMonitoringandTesting.docxRiley Anderson
油
This document summarizes various performance testing and monitoring protocols used at the Lake Placid Olympic Training Center to assess athletes' body composition, strength, power, speed, balance, and stability. Measurements include body mass, height, skinfolds, girths, bone widths, body fat percentage, isometric mid-thigh pull force output, vertical jump power and contact time, gait analysis, sprint times, and positional sway. Regular monitoring of these metrics allows coaches to track changes, identify asymmetries, gauge injury risk, and optimize training plans to improve athletes' performance.
The document provides guidance for gym instructors on using pulse raising equipment in session 5, including identifying suitable equipment, setting it up safely, and demonstrating its use to clients. It recommends including an upright bike, recumbent bike, treadmill, or cross trainer in sessions and provides health and safety checks as well as coaching points for demonstrating correct use and setup of each piece of equipment to clients. Instructors are advised to speak through each step constantly while demonstrating.
Plyometrics and types of Periodisation)J. Priyanka
油
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
Physical fitness involves several components including cardiovascular endurance, muscular strength, endurance and flexibility. It allows people to perform daily tasks easily and have energy to handle unexpected demands. Physical fitness provides physical, mental and social health benefits such as reduced illness, more energy, pride and confidence. It can be measured through tests of body composition, flexibility, strength and endurance.
This document discusses physical fitness and health, including definitions, components, and tests. It defines physical fitness as the ability to perform daily tasks safely and effectively without fatigue. Health is defined as complete well-being physically, mentally, and socially. The 5 components of health-related fitness are cardiorespiratory endurance, muscular strength, muscular endurance, flexibility, and body composition. Several tests are described to measure each component, such as the 3-minute step test for cardiorespiratory endurance and the sit-and-reach test for flexibility. The document provides objectives, equipment, directions, and scoring for each test.
This document provides information on designing a training program to improve fitness. It defines the components of fitness, including health-related components like aerobic endurance, anaerobic fitness, muscular strength and endurance, flexibility, and body composition. It also discusses skill-related components like agility, balance, reaction time, power, speed, and coordination. The document outlines principles for effective training programs, including overload, progression, specificity, and reversibility. It describes how to establish training frequency, intensity, time, and type using methods like heart rate monitoring and the FITT principle. Interval training is recommended for improving anaerobic endurance.
The document provides guidance on developing an effective training program to improve physical condition. It recommends establishing specific goals, evaluating your starting level through tests, and creating a training plan with progressive sessions that include warm-up, main exercises, and cool-down. Key aspects are choosing activities based on your goals, increasing difficulty over time, and maintaining consistency to see results while preventing injuries.
This document discusses range of motion (ROM) exercises, including passive, active, and active-assistive ROM. It defines each type and their goals, indications, limitations, and how to perform them properly. A case study example is provided of a 67-year old female stroke patient with right-sided weakness requiring ROM exercises to maintain joint flexibility. Evidence suggests simple ROM exercises can improve physical function in older stroke patients. An appropriate exercise prescription for this patient would be active-assistive ROM of both upper and lower extremities.
The document contains a data collection sheet and exercise test results for a client named John Doe. It includes measurements of his height, weight, BMI, body fat percentage, flexibility, muscle endurance, anaerobic power, and aerobic capacity. It then provides a six-week training program to improve his muscle strength, endurance, and body composition through a combination of weight training, basketball, stretching, and abdominal exercises. The program outlines two different weight training routines, an abdominal routine, and stretching exercises to be done on specific days of the week.
Unlocking Opportunities for Talented Athletes.pdfjinny kaur
油
LPU (Lovely Professional University) offers scholarships for sports persons to encourage and support their participation in various sports activities. These scholarships are designed to provide financial assistance to deserving athletes, helping them balance their academic and athletic pursuits. The benefits include:
Tuition Fee Waiver: Sports scholarships often provide a partial or full waiver on tuition fees based on the level of achievement and performance in sports.
Accommodation and Mess Charges: Some scholarships also cover accommodation and mess charges, reducing the overall cost of living on campus.
Priority in Admissions: Athletes may receive priority during the admission process, making it easier to secure a seat.
Training Facilities: LPU provides state-of-the-art training facilities for athletes, ensuring they have access to the best infrastructure.
Coaching Support: You may receive specialized coaching and mentoring from experienced trainers and coaches to enhance your performance.
Participation in Competitions: Scholarships may cover the cost of participation in national and international competitions, providing exposure and opportunities for further growth.
Career Opportunities: Apart from financial benefits, sports scholarships can open doors to future career opportunities in sports-related fields.
VERBERO | THE TEAM BEHIND YOUR TEAM favirtverbero66
油
Verbero Hockey has one, simple ambition: to bring best-in-class hockey products to hockey players. From sticks to gloves to fully customized jerseys and apparel, we've got you covered.
Witness the Carabao Cup Final Tickets live at Wembley Stadium on March 16, 2025, as Liverpool and Newcastle fight for glory! Experience the roar of the crowd, the high-stakes drama, and the thrill of a Wembley Cup final. This is more than just a match its a moment in football history. Secure your tickets now on eticketing.co and be part of the action!
Hockey India: A Story of Pride, Passion, and Perseverance"Gayatri Patel
油
Get ready to be inspired by the story of Indian hockey! This presentation takes you through the highs and lows, the victories and setbacks, and the unwavering commitment of our hockey heroes."
Intangibles in Sports Betting: How Pro Bettors WinJoe Duffy
油
From OffshoreInsiders.com Description: Successful sports bettors know that stats and analytics are only part of the equation. The best handicappers also consider intangiblesunquantifiable factors like motivation, revenge games, travel fatigue, weather, coaching strategies, team chemistry, and referee tendencies. This 際際滷Share breaks down how these hidden factors impact game outcomes and how you can leverage them for smarter bets. Learn how to spot betting edges that sportsbooks and casual bettors often overlook! #SportsBetting #Handicapping #BettingStrategy
Intangibles in Sports Betting: How Pro Bettors WinJoe Duffy
油
Muscular endurance + flexibilty testing
1. Muscular testing
(Textbook pg 128)
What is muscular endurance?
Number of repeated contractions a muscle/group of muscles can perform
against resistance without fatiguing
OR
The length of time a contraction can be held without fatiguing
What is muscular strength?
Maximum amount of force a muscle/group of muscles can develop during a
single contraction
2. What is the purpose & importance of muscular testing?
To determine upper/lower/abdominal muscular strength/endurance
Programming
determine starting intensities
Collect a base line measurement to compare to follow up data
Allow for evaluation of progress.
Testing muscular endurance
Static Body is held in position for long period of time eg wall squat
Dynamic Body part is moved repeatedly throughout a ROM eg sit ups
3. Push up & sit up test procedures
Maximum amount of repetitions in 60 seconds
Procedure
Explain purpose & importance to client
Demonstrate & explain procedure first
Ensure:
Correct position & technique
Correct breathing
Countdown + feedback + encouragement
Technique lost, client pauses or stops - Stop test!!
Factors affecting results
Poor technique
Interpreting results to the client
Instructor
Booklet pg 22 - 23
4. Testing muscular strength
(Textbook pg 126)
Repetition maximum (1RM)
Direct measurement or indirect estimation
Direct measurement:
Demonstrate & explain exercise technique to client
Estimate a clients 1RM for selected exercise
Trial & error until 1RM identified (Rest between reps)
Indirect estimation:
Demonstrate & explain exercise technique to client
Estimate weight client can lift 5 or 6 times
Client completes as many reps as possible with correct technique
Record number of completed repetitions
Use 1RM formula to determine estimated 1RM
5. Calculating 1RM
See formula Textbook pg 128
Indirect estimation recommended for general population:
Less unnerving for beginners
Safer
Quicker (less trial & error, rest)
6. Flexibility
Textbook pg 130
What is flexibility?
The range of movement which can be accomplished at a particular joint
What is the purpose & importance of flexibility testing?
Assess flexibility
Identify hyper mobility
Prevent injury
Programming
7. Testing Flexibility
Sit & Reach
Assesses flexibility of the hip, hamstrings and lower back
Not suitable for people with lower back or hip injuries
Procedure
Explain purpose & procedure to client
Demonstate to client
Shoes off, slow & controlled movement
Take client through 15 sec static stretch
Verbal consent
Hold for 3 sec
Repeat 3 times
-23 from best score
Volunteer please?
8. Flexibility
Factors affecting results
Knees bent
Finger tips not even
One hand leading
Fingertips not in contact with slider
Calculating results & interpreting results to the client
Booklet page 24
Other tests textbook pg 131