Hang Snatch PP revised
Download as PPTX, PDF1 like96 views
The document discusses the hang snatch exercise, outlining its purpose of lifting the bar from the ground to overhead in one motion to build power, explosiveness, and total body strength. It describes the stance, pull, and catch phases of the movement and identifies the key muscles and actions involved in each phase. Finally, it covers common injuries associated with the hang snatch and provides prevention strategies and rehabilitation recommendations.
1 of 13
Download to read offline
Recommended
gait analysers
gait analysersDraditiagarwal
油
this presentation contains different mechanical gait analysers , their procedure with their advantages and disadvantages. the second last slide contains references. Kinematics and kinetics of gait
Kinematics and kinetics of gaitSukanya1411
油
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.Elbow anatomy and biomechanics
Elbow anatomy and biomechanicsAdam Watts
油
This document discusses the anatomy and biomechanics of the elbow. It notes that the elbow is a complex "sloppy hinge" joint that relies on bones, ligaments, and muscles to provide stability. The key stabilizing structures are the anterior bundle of the medial collateral ligament, lateral collateral ligament complex, coronoid process, and radial head. Pathologies like osteoarthritis can change the biomechanics by narrowing the joint space and causing osteophyte formation and capsular thickening.Trick movemets of knee joint
Trick movemets of knee jointchhavisingh27
油
The knee joint is made up of four bones - the femur, tibia, patella, and fibula - that interact in the tibiofemoral and patellofemoral joints. These joints allow flexion and extension as well as other movements while providing load transfer through the lower limb. The tibiofemoral joint is responsible for rotations and translations through mechanisms like the screw home mechanism. The patellofemoral joint experiences forces that vary with knee flexion and extension angles. Both joints have varying centers of rotation that allow for smooth movement and avoid impingement.Gait cycle
Gait cycleSairamakrishnan Sivadasan
油
This document describes the normal gait cycle and phases of gait, including stance and swing phases. It also discusses various temporal and distance gait variables that are used to analyze walking, such as stride length, step length, cadence, and velocity. Additionally, it outlines several types of abnormal pathological gaits that can result from different medical conditions, such as antalgic, psoatic, hemiplegic, cerebellar ataxic, and Parkinsonian festinating gaits.Kin191 A.Ch.9. Evaluation Of Gait
Kin191 A.Ch.9. Evaluation Of GaitJLS10
油
This document discusses gait analysis techniques. It describes the gait cycle in detail, including the stance phase (initial contact, loading response, midstance, terminal stance, preswing) and swing phase (initial swing, midswing, terminal swing). It also covers qualitative gait observation factors like center of gravity, limb symmetry, and cadence. Walking and running gaits are compared, noting running includes a flight phase with no foot contact. Compensatory gait deviations resulting from injuries or conditions are also mentioned.Gait_Biomechanics, Analysis and Abnormalities
Gait_Biomechanics, Analysis and AbnormalitiesVivek Ramanandi
油
Biomechanics, Analysis, and Abnormalities in Gait. Oriented for Second-year students of Undergraduate Physiotherapy studies. Details of kinetic and kinematic analysis of gait.Biomechanics of throwing - KAVITA JOSHI, MPT 2ND YEAR
Biomechanics of throwing - KAVITA JOSHI, MPT 2ND YEARSrinivas college of physiotherapy
油
This document discusses the biomechanics of throwing. It describes the four phases of throwing - preparation, cocking, acceleration, and deceleration. The key points are:
1) The cocking phase loads the shoulder joint and stores elastic energy. Repetitive throwing can lead to increased external rotation range and anterior capsule laxity at the shoulder.
2) The scapula plays a crucial role in providing stability and transferring force throughout the kinetic chain. Abnormal scapular function can impair force generation and predispose to injuries.
3) Repeated valgus stress at the elbow in pitchers can cause medial elbow ligament laxity and increased carrying angle over time. This canGait
GaitDr. Akshita Duha Juneja (PT)
油
This document discusses changes in gait that can occur due to various orthopedic conditions. It describes 14 different pathologies including how they impact gait patterns, their causes and mechanisms, and examples of treatment approaches. The pathologies involve the hip, knee, ankle, and include conditions like arthritis, leg length discrepancies, contractures, and muscle weaknesses that can result in antalgic, Trendelenburg, toe walking and other abnormal walking patterns. The document provides detail on gait analysis and the phases and terminology used to describe normal and pathological walking motions.Gait
Gaitamrit kaur
油
The document discusses the key components and phases of normal human gait. It defines gait as rhythmic alternating movements that propel the body's center of gravity forward. The gait cycle consists of stance and swing phases for each foot. Stance is 60% of the cycle from heel contact to toe off, while swing is 40% between toe off and next heel contact. Gait involves coordinated motion of the hips, knees, ankles, and toes through flexion, extension, and rotation. The center of gravity follows an arched path minimized through determinants like pelvic tilt and rotation, knee flexion, and ankle and foot interactions.Prosthetic gait deviation
Prosthetic gait deviationayan ghosal
油
This document discusses prosthetic gait patterns and deviations. It begins by explaining that amputee gait varies from normal gait, with increased energy expenditure and use of different muscle groups. Gait analysis is needed to identify deviations and their causes. Key aspects of transtibial and transfemoral gait patterns and common deviations are described, including excessive or insufficient knee flexion, lateral thrust, and vaulting or hip hiking during swing phase. Gait training involves static and dynamic evaluation, starting with activities off the prosthesis and progressing to ambulation with or without aids on different surfaces.Human Gait
Human GaitHazrat Bilal Malakandi PT
油
definition
Phases of gait
variables of gait
joint movements at different planes
running gait
stairs gait
abnormal gaitGait analysis
Gait analysisAthul Soman
油
This document defines and describes normal human gait and its phases and components. It discusses:
- The gait cycle, which consists of stance and swing phases. Stance is when the foot is on the ground and swing is when it is in the air.
- Parameters like stride length, step length, cadence, and base of support.
- Phases within the stance and swing portions of the gait cycle.
- Six determinants of gait that minimize energy expenditure and vertical displacement of the center of gravity during walking.
- Kinetics of gait including ground reaction forces and joint torques.
- Kinematic analysis which examines patterns and parameters of body motion during gait.Hip biomechanics
Hip biomechanicsSudheer Kumar
油
This document discusses the biomechanics of the hip joint. It begins by defining biomechanics and describing the mobility and stability of the hip. It then discusses forces acting on the hip like body weight, abductor muscles, and joint reaction forces. It explains how these forces are balanced in different positions like two-leg stance, single-leg stance, and with the use of a cane. The document concludes by discussing implications for conditions like coxa valga and coxa vara, and principles of total hip replacement surgery.The Hip Biomechanics SRS
The Hip Biomechanics SRSSreeraj S R
油
The document discusses the biomechanics of the hip complex, including its articulations, angles, ligaments, musculature, and kinematics. Key points include descriptions of the proximal and distal articular surfaces, angles of inclination and torsion, capsular ligaments, weight bearing structures, and osteokinematics of the femur and pelvis during motions like flexion, extension, abduction, and rotation. Gait and stance mechanics are analyzed, such as bilateral stance, unilateral stance, and trunk listing with calculations of joint torques and forces.Kinesiology of the hip and knee powerpoint
Kinesiology of the hip and knee powerpointPierre Lopez
油
This document provides an overview of the anatomy and biomechanics of the hip and knee joints. It describes the bones, ligaments, muscles, range of motion and movements of the hip and knee. It also reviews common pathologies that can affect the hip and knee joints, such as fractures, arthritis and anatomical abnormalities.Gait and its abnormalities
Gait and its abnormalitiesDRSHARFU
油
The document defines normal human gait and describes its key components and cycles. It also discusses pathological gait patterns that can result from musculoskeletal issues. Normal gait involves rhythmic movement of the limbs and trunk to propel the body forward with minimal energy expenditure. The gait cycle consists of stance and swing phases on each side. Several factors work to minimize vertical and lateral displacement of the center of gravity during walking. Pathological gaits can occur due to problems in the hips, knees, feet or ankles and result in deviations from normal gait patterns.Kinetics of knee joint
Kinetics of knee jointAkhilaNatesan
油
This document summarizes the origins, insertions, actions and roles of various muscles around the hip and knee. It describes the rectus femoris, vastus intermedius, vastus lateralis, vastus medialis and other quadriceps muscles as knee extensors and hip flexors. It also outlines the hamstrings muscles and their actions as knee flexors and hip extensors. Additionally, it provides details on stabilizer muscles like the tensor fasciae latae, sartorius, gracilis, popliteus and others. The roles of these muscles in dynamic stabilization of the joints are emphasized.Gait analysis 
Gait analysis Isfahan University Of Medical science
油
This document describes gait analysis in the sagittal and frontal planes. In the sagittal plane, it outlines the positions and moments of the hip, knee, and ankle throughout the gait cycle. It notes the muscle activity controlling each joint's motion. In the frontal plane, it describes the orientation of the ground reaction force vector through the hip, knee, and ankle at different stages of the gait cycle.Gait analysis
Gait analysisAaqib Bhat
油
The technology supporting the analysis of human motion has advanced dramatically. Past decades of locomotion research have provided us with significant knowledge about the accuracy of tests performed, the understanding of the process of human locomotion, and how clinical testing can be used to evaluate medical disorders and affect their treatment. Gait analysis is now recognized as clinically useful and financially reimbursable for some medical conditions. Yet, the routine clinical use of gait analysis has seen very limited growth. The issue of its clinical value is related to many factors, including the applicability of existing technology to addressing clinical problems; the limited use of such tests to address a wide variety of medical disorders; the manner in which gait laboratories are organized, tests are performed, and reports generated; and the clinical understanding and expectations of laboratory results. Clinical use is most hampered by the length of time and costs required for performing a study and interpreting it. A gait report is lengthy, its data are not well understood, and it includes a clinical interpretation, all of which do not occur with other clinical tests. Current biotechnology research is seeking to address these problems by creating techniques to capture data rapidly, accurately, and efficiently, and to interpret such data by an assortment of modeling, statistical, wave interpretation, and artificial intelligence methodologies. The success of such efforts rests on both our technical abilities and communication between engineers and clinicians.
12 human walking (1)
12 human walking (1)gaurav Rawat
油
1. Gait analysis involves defining the gait cycle, examining joint kinematics and ground reaction forces during walking and running.
2. Key events in the gait cycle include initial contact, toe-off, and opposite initial contact. Gait is characterized by stance and swing phases for each leg.
3. Understanding external joint moments is important for analyzing normal and pathological gait, as weak muscles may not be able to resist abnormal moments. Adapting walking patterns can reduce damaging joint moments in conditions like quadriceps weakness.Kinematic gait analysis 1
Kinematic gait analysis 1rraja durai
油
The document discusses kinematics and gait analysis. It defines kinematics as the study of motion, including positions, angles, velocities and accelerations. Kinematic measurements provide a description of motion but not the causes. Gait is defined as forward body propulsion using coordinated lower limb movements. Six features that increase gait efficiency are described, such as pelvic tilt and rotation. Gait parameters including spatial measures like step length and temporal measures like stance duration are also outlined. Various methods for analyzing gait kinematics and kinetics are presented, including motion capture, electromyography, and force plates.Advanced prosthetic knee joint
Advanced prosthetic knee jointKarthikAnil
油
This document discusses different types of prosthetic knee joints, including mechanical single-axis and polycentric knees, and computerized knees that use microchips, hydraulics, or pneumatics to control motion. It describes the evolution of prosthetic knees from simple pendulums to advanced mechanisms with microprocessor control. Key factors in prescribing the appropriate knee include the user's ability to control stability, flex the knee in swing phase, and walk at different speeds.Gait, Phases of Gait, Kinamatics and kinetics of gait
Gait, Phases of Gait, Kinamatics and kinetics of gaitSaurab Sharma
油
Intended for BPT 1st year undergraduate students.
Acknowledgement: Swathi Ganesh, my classmate during MPT prepared the slide which I modified for the purpose of teaching students. Gait biomechanics
Gait biomechanicsYumna Ali
油
The document discusses gait and the gait cycle. It defines gait as a person's pattern of walking and notes walking patterns can differ between individuals. The gait cycle is defined as the period from one heel strike to the next heel strike of the same limb. The gait cycle consists of the stance phase, when the foot is on the ground, and the swing phase, when the foot is off the ground. Temporal and distance variables are used to analyze gait, including single limb support time, stride length, and degree of toe out. The document also reviews the kinematics and kinetics of normal gait.Gait abnormalities presentation
Gait abnormalities presentationNosheen Almas
油
The document discusses various types of abnormal gaits seen in different medical conditions. It begins by defining the normal gait cycle and its phases. It then describes common causes of abnormal gaits including pain, joint/muscle limitations, weakness, and neurological involvement. Specific gaits are then outlined, including hemiplegic gait seen in stroke, scissor gait in cerebral palsy, myopathic gait in muscular diseases, steppage gait in foot drop conditions, Parkinsonian gait, and sensory gait related to proprioceptive loss.Gait cycle
Gait cycleHarsha Nandini
油
The document summarizes the gait cycle and its phases. It describes that the gait cycle begins when one foot strikes the ground and ends when the same foot strikes again. The cycle consists of a stance phase, where the foot is on the ground, and a swing phase, where the foot is off the ground. It then provides details on the sub-phases of the stance and swing phases, muscle contractions during gait, gait parameters, and pathological gaits caused by musculoskeletal and neuromuscular problems.Gait, movements that produce locomotion
Gait, movements that produce locomotionSreeraj S R
油
This document describes the biomechanics of human gait. It discusses the gait cycle, phases of gait including stance and swing phases. It describes the principal events and static positions that occur during each of the 8 phases of the gait cycle. Additional topics covered include distance and temporal variables, determinants of gait, and efficiency considerations. Gait involves transferring the body's center of gravity over each leg during locomotion in a pendulum-like motion to minimize energy expenditure.Obee, Anthony Final Resume July 2015
Obee, Anthony Final Resume July 2015Anthony OBee
油
Anthony Rayo' Bee is seeking a career in business administration and management utilizing his associates degree in business administration as well as over 20 years of experience in various roles including assistant manager, cook, general laborer, and order picker. He has a diverse set of skills including business law, customer relations, strategic planning, marketing, finance, and human resources. The document provides his contact information, professional profile, skills, work experience, and education.CV 2015
CV 2015Steven Klein
油
Dr. Steven Klein received his M.D. from Emory University School of Medicine in 1996. He completed his internship and residency at Emory University Affiliated Hospitals from 1996-1999. Dr. Klein is board certified in internal medicine through 2021 and currently works as an internal medicine locum tenens physician at various Wellstar Health System hospitals in the Marietta, GA area. He has over 20 years of experience working in both inpatient and outpatient medical settings.More Related Content
What's hot (20)
Gait
GaitDr. Akshita Duha Juneja (PT)
油
This document discusses changes in gait that can occur due to various orthopedic conditions. It describes 14 different pathologies including how they impact gait patterns, their causes and mechanisms, and examples of treatment approaches. The pathologies involve the hip, knee, ankle, and include conditions like arthritis, leg length discrepancies, contractures, and muscle weaknesses that can result in antalgic, Trendelenburg, toe walking and other abnormal walking patterns. The document provides detail on gait analysis and the phases and terminology used to describe normal and pathological walking motions.Gait
Gaitamrit kaur
油
The document discusses the key components and phases of normal human gait. It defines gait as rhythmic alternating movements that propel the body's center of gravity forward. The gait cycle consists of stance and swing phases for each foot. Stance is 60% of the cycle from heel contact to toe off, while swing is 40% between toe off and next heel contact. Gait involves coordinated motion of the hips, knees, ankles, and toes through flexion, extension, and rotation. The center of gravity follows an arched path minimized through determinants like pelvic tilt and rotation, knee flexion, and ankle and foot interactions.Prosthetic gait deviation
Prosthetic gait deviationayan ghosal
油
This document discusses prosthetic gait patterns and deviations. It begins by explaining that amputee gait varies from normal gait, with increased energy expenditure and use of different muscle groups. Gait analysis is needed to identify deviations and their causes. Key aspects of transtibial and transfemoral gait patterns and common deviations are described, including excessive or insufficient knee flexion, lateral thrust, and vaulting or hip hiking during swing phase. Gait training involves static and dynamic evaluation, starting with activities off the prosthesis and progressing to ambulation with or without aids on different surfaces.Human Gait
Human GaitHazrat Bilal Malakandi PT
油
definition
Phases of gait
variables of gait
joint movements at different planes
running gait
stairs gait
abnormal gaitGait analysis
Gait analysisAthul Soman
油
This document defines and describes normal human gait and its phases and components. It discusses:
- The gait cycle, which consists of stance and swing phases. Stance is when the foot is on the ground and swing is when it is in the air.
- Parameters like stride length, step length, cadence, and base of support.
- Phases within the stance and swing portions of the gait cycle.
- Six determinants of gait that minimize energy expenditure and vertical displacement of the center of gravity during walking.
- Kinetics of gait including ground reaction forces and joint torques.
- Kinematic analysis which examines patterns and parameters of body motion during gait.Hip biomechanics
Hip biomechanicsSudheer Kumar
油
This document discusses the biomechanics of the hip joint. It begins by defining biomechanics and describing the mobility and stability of the hip. It then discusses forces acting on the hip like body weight, abductor muscles, and joint reaction forces. It explains how these forces are balanced in different positions like two-leg stance, single-leg stance, and with the use of a cane. The document concludes by discussing implications for conditions like coxa valga and coxa vara, and principles of total hip replacement surgery.The Hip Biomechanics SRS
The Hip Biomechanics SRSSreeraj S R
油
The document discusses the biomechanics of the hip complex, including its articulations, angles, ligaments, musculature, and kinematics. Key points include descriptions of the proximal and distal articular surfaces, angles of inclination and torsion, capsular ligaments, weight bearing structures, and osteokinematics of the femur and pelvis during motions like flexion, extension, abduction, and rotation. Gait and stance mechanics are analyzed, such as bilateral stance, unilateral stance, and trunk listing with calculations of joint torques and forces.Kinesiology of the hip and knee powerpoint
Kinesiology of the hip and knee powerpointPierre Lopez
油
This document provides an overview of the anatomy and biomechanics of the hip and knee joints. It describes the bones, ligaments, muscles, range of motion and movements of the hip and knee. It also reviews common pathologies that can affect the hip and knee joints, such as fractures, arthritis and anatomical abnormalities.Gait and its abnormalities
Gait and its abnormalitiesDRSHARFU
油
The document defines normal human gait and describes its key components and cycles. It also discusses pathological gait patterns that can result from musculoskeletal issues. Normal gait involves rhythmic movement of the limbs and trunk to propel the body forward with minimal energy expenditure. The gait cycle consists of stance and swing phases on each side. Several factors work to minimize vertical and lateral displacement of the center of gravity during walking. Pathological gaits can occur due to problems in the hips, knees, feet or ankles and result in deviations from normal gait patterns.Kinetics of knee joint
Kinetics of knee jointAkhilaNatesan
油
This document summarizes the origins, insertions, actions and roles of various muscles around the hip and knee. It describes the rectus femoris, vastus intermedius, vastus lateralis, vastus medialis and other quadriceps muscles as knee extensors and hip flexors. It also outlines the hamstrings muscles and their actions as knee flexors and hip extensors. Additionally, it provides details on stabilizer muscles like the tensor fasciae latae, sartorius, gracilis, popliteus and others. The roles of these muscles in dynamic stabilization of the joints are emphasized.Gait analysis
Gait analysis Isfahan University Of Medical science
油
This document describes gait analysis in the sagittal and frontal planes. In the sagittal plane, it outlines the positions and moments of the hip, knee, and ankle throughout the gait cycle. It notes the muscle activity controlling each joint's motion. In the frontal plane, it describes the orientation of the ground reaction force vector through the hip, knee, and ankle at different stages of the gait cycle.Gait analysis
Gait analysisAaqib Bhat
油
The technology supporting the analysis of human motion has advanced dramatically. Past decades of locomotion research have provided us with significant knowledge about the accuracy of tests performed, the understanding of the process of human locomotion, and how clinical testing can be used to evaluate medical disorders and affect their treatment. Gait analysis is now recognized as clinically useful and financially reimbursable for some medical conditions. Yet, the routine clinical use of gait analysis has seen very limited growth. The issue of its clinical value is related to many factors, including the applicability of existing technology to addressing clinical problems; the limited use of such tests to address a wide variety of medical disorders; the manner in which gait laboratories are organized, tests are performed, and reports generated; and the clinical understanding and expectations of laboratory results. Clinical use is most hampered by the length of time and costs required for performing a study and interpreting it. A gait report is lengthy, its data are not well understood, and it includes a clinical interpretation, all of which do not occur with other clinical tests. Current biotechnology research is seeking to address these problems by creating techniques to capture data rapidly, accurately, and efficiently, and to interpret such data by an assortment of modeling, statistical, wave interpretation, and artificial intelligence methodologies. The success of such efforts rests on both our technical abilities and communication between engineers and clinicians.
12 human walking (1)
12 human walking (1)gaurav Rawat
油
1. Gait analysis involves defining the gait cycle, examining joint kinematics and ground reaction forces during walking and running.
2. Key events in the gait cycle include initial contact, toe-off, and opposite initial contact. Gait is characterized by stance and swing phases for each leg.
3. Understanding external joint moments is important for analyzing normal and pathological gait, as weak muscles may not be able to resist abnormal moments. Adapting walking patterns can reduce damaging joint moments in conditions like quadriceps weakness.Kinematic gait analysis 1
Kinematic gait analysis 1rraja durai
油
The document discusses kinematics and gait analysis. It defines kinematics as the study of motion, including positions, angles, velocities and accelerations. Kinematic measurements provide a description of motion but not the causes. Gait is defined as forward body propulsion using coordinated lower limb movements. Six features that increase gait efficiency are described, such as pelvic tilt and rotation. Gait parameters including spatial measures like step length and temporal measures like stance duration are also outlined. Various methods for analyzing gait kinematics and kinetics are presented, including motion capture, electromyography, and force plates.Advanced prosthetic knee joint
Advanced prosthetic knee jointKarthikAnil
油
This document discusses different types of prosthetic knee joints, including mechanical single-axis and polycentric knees, and computerized knees that use microchips, hydraulics, or pneumatics to control motion. It describes the evolution of prosthetic knees from simple pendulums to advanced mechanisms with microprocessor control. Key factors in prescribing the appropriate knee include the user's ability to control stability, flex the knee in swing phase, and walk at different speeds.Gait, Phases of Gait, Kinamatics and kinetics of gait
Gait, Phases of Gait, Kinamatics and kinetics of gaitSaurab Sharma
油
Intended for BPT 1st year undergraduate students.
Acknowledgement: Swathi Ganesh, my classmate during MPT prepared the slide which I modified for the purpose of teaching students. Gait biomechanics
Gait biomechanicsYumna Ali
油
The document discusses gait and the gait cycle. It defines gait as a person's pattern of walking and notes walking patterns can differ between individuals. The gait cycle is defined as the period from one heel strike to the next heel strike of the same limb. The gait cycle consists of the stance phase, when the foot is on the ground, and the swing phase, when the foot is off the ground. Temporal and distance variables are used to analyze gait, including single limb support time, stride length, and degree of toe out. The document also reviews the kinematics and kinetics of normal gait.Gait abnormalities presentation
Gait abnormalities presentationNosheen Almas
油
The document discusses various types of abnormal gaits seen in different medical conditions. It begins by defining the normal gait cycle and its phases. It then describes common causes of abnormal gaits including pain, joint/muscle limitations, weakness, and neurological involvement. Specific gaits are then outlined, including hemiplegic gait seen in stroke, scissor gait in cerebral palsy, myopathic gait in muscular diseases, steppage gait in foot drop conditions, Parkinsonian gait, and sensory gait related to proprioceptive loss.Gait cycle
Gait cycleHarsha Nandini
油
The document summarizes the gait cycle and its phases. It describes that the gait cycle begins when one foot strikes the ground and ends when the same foot strikes again. The cycle consists of a stance phase, where the foot is on the ground, and a swing phase, where the foot is off the ground. It then provides details on the sub-phases of the stance and swing phases, muscle contractions during gait, gait parameters, and pathological gaits caused by musculoskeletal and neuromuscular problems.Gait, movements that produce locomotion
Gait, movements that produce locomotionSreeraj S R
油
This document describes the biomechanics of human gait. It discusses the gait cycle, phases of gait including stance and swing phases. It describes the principal events and static positions that occur during each of the 8 phases of the gait cycle. Additional topics covered include distance and temporal variables, determinants of gait, and efficiency considerations. Gait involves transferring the body's center of gravity over each leg during locomotion in a pendulum-like motion to minimize energy expenditure.Viewers also liked (6)
Obee, Anthony Final Resume July 2015
Obee, Anthony Final Resume July 2015Anthony OBee
油
Anthony Rayo' Bee is seeking a career in business administration and management utilizing his associates degree in business administration as well as over 20 years of experience in various roles including assistant manager, cook, general laborer, and order picker. He has a diverse set of skills including business law, customer relations, strategic planning, marketing, finance, and human resources. The document provides his contact information, professional profile, skills, work experience, and education.CV 2015
CV 2015Steven Klein
油
Dr. Steven Klein received his M.D. from Emory University School of Medicine in 1996. He completed his internship and residency at Emory University Affiliated Hospitals from 1996-1999. Dr. Klein is board certified in internal medicine through 2021 and currently works as an internal medicine locum tenens physician at various Wellstar Health System hospitals in the Marietta, GA area. He has over 20 years of experience working in both inpatient and outpatient medical settings.
Gulen Saner CV
Gulen Saner CVGulen Saner
油
Gulen Saner has over 15 years of experience in healthcare sales and business management. She has held several roles within pharmaceutical companies such as Pfizer and Organon, where she consistently exceeded sales targets and achieved formulary inclusions. In 2015, she became Director of G&H Cosmetics Ltd, where she gained sole UK distributorship of a cosmetics brand and built the business to over 100 sales consultants. She has a MSc in nutrition and speaks English and Turkish fluently.Vijin resume mechanical design
Vijin resume mechanical designVijin p
油
CAD Designer offering 6.10 years of industrial experience, of which, 4.5 years in Mechanical Design and Manufacturing, 9 months in Production, and 1.8 years in Metal Fabrication.Team samrat singh mazuma affiliate program - PPT
Team samrat singh mazuma affiliate program - PPTSamrat Singh
油
An Idea Of Today & Trend Of Tomorrow ... I am Mazuma Similar to Hang Snatch PP revised (20)
Upper extremity orthoses 
Upper extremity orthoses Om Prasad Biswal
油
This document provides an overview of upper extremity orthoses, including their objectives, nomenclature, designs, and specific examples. The main objectives of upper limb orthoses are protection, correction, and assistance. They are named based on the joints they cover, their function, condition treated, appearance, or designer. Designs include non-articular, static, serial static, dynamic, and more. Examples provided include wrist splints, elbow braces, shoulder slings, and finger orthoses. The document aims to classify and describe the various types of upper extremity splints and braces used in orthotic treatment.L.L Prosthetics.pptx
L.L Prosthetics.pptxSaniaSaeed56
油
The document discusses rehabilitation for amputee patients. It describes how the rehabilitation team approach was developed after WWII to treat injured soldiers. The team includes various medical professionals who work cooperatively. Rehabilitation involves evaluating patients' physical and emotional status, type of amputation, and fitting appropriate prosthetics such as those for below knee, above knee, or hip disarticulation amputations. Newer prosthetics like the C-Leg use microprocessors and sensors to dynamically adapt to a patient's gait.orthosis and prosthesis of upper limb
orthosis and prosthesis of upper limbYoosufHaleel1
油
This document discusses upper limb orthoses and prosthetics. It describes various types of static and dynamic orthoses used to support, immobilize, or restore function to the shoulder, elbow, wrist, hand, and fingers after injury or impairment. Static orthoses help prevent deformities while dynamic orthoses can provide assisted motion. Body-powered and myoelectric prosthetics can replace missing limbs. Considerations for prosthetics include comfort, function, appearance, and cost.Shoulder joint by dr vineet
Shoulder joint by dr vineetVineet Srivastava
油
The document provides an overview of shoulder anatomy including:
1) It describes the bones, joints, ligaments, muscles and bursae of the shoulder complex. Key joints include the glenohumeral joint (ball and socket) and acromioclavicular joint.
2) Rotator cuff muscles of particular focus are the supraspinatus, infraspinatus, teres minor and subscapularis.
3) Imaging techniques for evaluating the shoulder are discussed including radiography, ultrasound, CT, and MRI. MRI is highlighted as the most accurate for assessing rotator cuff pathology and other soft tissue injuries.Knee Joint Biomechanics - Orthopedics JPMC, KHI
Knee Joint Biomechanics - Orthopedics JPMC, KHIAyeshaAzeem20
油
includes brief explanation of knee joint complex and how it works in sync to help your knee do its job Orthotics and prosthetics
Orthotics and prostheticsAsma Khan
油
The document summarizes different levels of upper and lower limb prosthetics. It describes the components and indications for various prosthesis types including shoulder disarticulation, above elbow, below elbow, wrist disarticulation, and hand prosthetics. It also discusses prosthetics for levels such as hip disarticulation, above knee, below knee, ankle disarticulation, and partial foot amputations. The document provides details on prosthesis design considerations and components for different amputation levels.Knee stiffness dr anil k jain
Knee stiffness dr anil k jainvaruntandra
油
This document discusses knee contractures, their causes, and treatment methods. It begins by defining knee contracture and noting that it can be difficult to differentiate intra-articular and extra-articular components clinically or radiographically. Common causes are discussed, including fractures and immobilization. Treatment methods include manipulation under anesthesia, quadricepsplasty techniques like Thompson and Judet quadricepsplasty, and newer mini-invasive or arthroscopy assisted approaches. Postoperative management focuses on early mobilization and physical therapy. Good outcomes are noted with gains in range of motion, though extension lags can sometimes occur.DR yasser baskoor orthopedic amputations.pptx
DR yasser baskoor orthopedic amputations.pptxybaskoor
油
Detialed orthopedics amputation and essential information needed to know by orthopedics resident doctors
Introduction
Defination
Types of amputations
Antomical requirment for every amputations Tendoachilles rupture and its management
Tendoachilles rupture and its managementRohan Vakta
油
Achilles tendon is the strongest tendon of body. There are many causes of its rupture. It can be acute or chronic rupture. Management of chronic rupture by semitendinosus tendon is mentioned here.Goniometry of upper limb 
Goniometry of upper limb Priyal17
油
This document provides information about goniometry and range of motion measurements of various joints, including the shoulder complex. It defines goniometry as the measurement of joint angles using a goniometer. The document describes how to position and stabilize the individual and properly align the goniometer to measure flexion and extension of the shoulder joint. Flexion and extension occur in the sagittal plane around the medial-lateral axis. Normal range of motion for shoulder flexion is 165-180 degrees and for glenohumeral flexion is 100-115 degrees.Range Of Motion Assessment 
Range Of Motion Assessment Maleeha Amjed
油
Goniometry refers to the measurement of joint angles in the human body. It is an important part of a physical examination to determine range of motion, evaluate progress, and modify treatment. There are different types of goniometers used to measure motion in various planes at joints like the shoulder, elbow, wrist, fingers, hip, and spine. Factors like a person's age, joint health, surrounding soft tissues, and pathological conditions can impact the normal range of motion values. Proper positioning, stabilization, and identification of bony landmarks is required to accurately measure and document a joint's range of motion.Upper-Limb-anatomyUpper limb anatomy part 2 for first and second year medical...
Upper-Limb-anatomyUpper limb anatomy part 2 for first and second year medical...masresha22
油
Upper limb anatomy for first and second year medical studentsCp focus on ortho practice dr samir zahed
Cp focus on ortho practice dr samir zahedSamir Zahed
油
Dr. Samir Zahed is a professor of orthopedic surgery at Benha University in Egypt. The document outlines his presentation on the assessment and treatment of cerebral palsy in the upper and lower limbs. It discusses topics such as the types and impact of cerebral palsy, evaluation methods including the Gross Motor Function Classification System, and both non-surgical and surgical treatment options for common deformities like wrist flexion, pronation, and knee flexion. Treatment algorithms and case examples are provided.Elbow presentation
Elbow presentationDarwis Yang Terbuang
油
Palpation of the elbow region involves slowly feeling the muscles and structures around the joint to identify their location and function. Key muscles that flex the elbow are the biceps brachii, brachialis, and brachioradialis muscles. The triceps brachii and anconeus muscles are the main extensors. Common elbow injuries include epicondylitis from overuse, sprains from trauma, dislocations, fractures, and nerve injuries such as injury to the ulnar nerve in the cubital tunnel.GIAT MECHANICS IN LOWER LIMB AMPUTATION
GIAT MECHANICS IN LOWER LIMB AMPUTATIONArowoloAyomide
油
DO THE USE OF PROSTHESIS IMPROVE AMPUTEE GAIT?
Yes, for patient (Amputee) undergoing ambulatory rehabilitation.How to manage elbow stiffness
How to manage elbow stiffnessBipulBorthakur
油
Elbow stiffness is a common orthopedic problem that can significantly impair function. Surgical release of the elbow is indicated for stiffness that limits daily activities and has plateaued with formal therapy. The medial and lateral approaches are most common and allow access to release the posterior capsule and anterior structures contributing to limited flexion and extension. Postoperatively, continuous passive motion is started immediately to maintain gained motion and reduce swelling, with a focus on gentle active and passive exercises during recovery. Complications can include nerve issues, wound problems, stiffness recurrence, and heterotopic ossification, emphasizing the importance of patient selection and proper surgical and rehabilitation techniques.Basics of Orthosis & Prosthesis.pptx
Basics of Orthosis & Prosthesis.pptxolifanGetachew
油
This document provides an overview of orthosis and prosthesis. It begins with introducing orthosis, discussing their functions, biomechanics, classifications, and examples of common lower and upper limb orthoses. It then introduces prosthesis, discussing the components and types of lower limb prosthesis, including different sockets, suspension methods, knee and terminal devices. Examples of both immediate post-op and long-term lower and upper limb prosthetic options are outlined.Tendo achilles injury and it's management
Tendo achilles injury and it's managementNaveen Bagilumane
油
Tendo achilles injury types : acute and chronic, Mechanism of injury, risk factor, diagnosis, Treatment option and in detail rehabilitation Achilis tendon rupture
Achilis tendon ruptureNagaraju324
油
The document provides information on tendoachilles rupture (Achilles tendon rupture). It discusses the epidemiology, risk factors, clinical presentation, imaging, and management of acute and chronic Achilles tendon ruptures. For acute ruptures, management involves either conservative treatment with casting or surgical repair. For chronic ruptures with tendon defects, surgical treatment often requires tendon transfers, grafts, or lengthening procedures. Post-operative rehabilitation focuses on restoring range of motion and strength.Shoulder subluxation and Wilmer carrying Orthosis
Shoulder subluxation and Wilmer carrying OrthosisSmita Nayak
油
The document provides details on the Wilmer Carrying Orthosis (WCO), a shoulder orthosis developed in the 1960s. It describes the biomechanics of shoulder subluxation and limitations of other treatments. The WCO works by suspending the arm near the elbow, using gravity to push the humerus back into place. This avoids loading the neck and allows for neutralization of the subluxation. Conventional orthoses rely on forces around the arm, neck or shoulder, which can cause slipping and are not effective for permanent use. The WCO's biomechanics provide balanced forces to correctly position the humerus without taxing other areas.Hang Snatch PP revised
- 1. HANG SNATCH MCKAY BARKER, MATT WALDRON, MITCHELL COLLINS, ROHAN VAJUPEYAYAJULA
- 2. PURPOSE OF THE SNATCH Take the bar from ground to Overhead in one smooth and clean motion. The snatch is a very complicated and precise lifting movement. Mainly used for power, explosiveness , speed, flexibility, coordination and overall total body strength
- 3. HANG SNATCH PHASES/ DEMONSTRATION 3 Phases Stance Phase Pull Phase Catch Phase https://www.youtube.com/watch?v=zxdfWgksUZY
- 4. STANCE PHASE Joint Muscle Joint Action Contraction Wrist and Fingers Flexor Carpi Radialis Palmaris Longus Flexor Carpi Ulnaris Flexor Digitorum Superficialis Flexor Digitorum Profundus Flexor pollicis Longus Adductor Pollicis Flexion Isometric
- 5. STANCE PHASE Joint Muscle Joint Action Contraction Elbow Pronator Teres Pronator Quadradis Brachioradialis Pronation Isometric
- 6. STANCE PHASE Joint Muscle Joint Action Contraction Shoulder Joint Pectoralis Major Deltoid Latissimus Dorsi Teres Major Teres Minor Subscapularis Supraspinatus Inferspinatus Abduction Internal Rotation Isometric Shoulder Girdle Levitator Scapulae Trapezius Rhromboids Scapular Elevation Scapula Adduction Isometric
- 7. PULL PHASE Joint Joint Action Muscle Contraction Shoulder Joint External Rotation Abduction Pectoralis Major: Upper Fibers Deltoid: anterior & middle Fibers Supraspinatus Infraspinatus Teres Minor Concentric Shoulder Girdle Elevation Adduction Trapezius Rhomboids Levator Scapulae Concentric
- 8. PULL PHASE Joint Joint Action Muscle Contraction Elbow Flexion Bicep Brachii Brachialis Brachioradialis Pronator Teres Concentric Wrist & Hands Weak Flexion of Elbow Flexion Flexor Carpi Radialis Palmaris Longus Flexor Carpi Ulnaris Extensor Carpi Radialis Brevis Extensor Carpi Radialis Longus Flexor Digitorum Superficails Isometric
- 9. CATCH PHASE Joint Joint Action Muscle Contraction Shoulder Joint External Rotation Deltoid Pectoralis Major Superspinatus Isometric Shoulder Girdle Elevation Abduction External Rotation Adduction Upward Rotation Trapezius- Rhomboids- Dorsal Scapular Serratus Anterior- Long Thoracic Dorsal Scapulae- Dorsal Scapular Isometric
- 10. CATCH PHASE Joint Joint Action Muscle Contraction Elbow Extension Tricep Brachii Anconeus Extensor Digitorum Extensor Digiti minimi Extensor Carpi Ulnaris Extensor Capri Radialis Brevis Isometric Wrist & Hands Flexion Abduction Flexor Carpi Radialis Palmaris Longus Flexor Carpi Ulnaris Flexor Digitorum Superficialis Flexor Digitorum Profundus Flexor pollicis Longus Adductor Pollicis Isometric
- 11. COMMON INJURIES Elbow Dislocation -UCL & RCL https://www.youtube.com/watch?v=vx6i2cyaSMc Shoulder Impingement Syndrome Rotator Cuff Tear
- 12. PREVENTION/REHAB Depending on the injury, surgery may be necessary to fix fractures, repairing ligaments or tendons, or even pins on the outside of the elbow. Usually 6 weeks total worth of rehab to regain motion, flexibility, and strength in the elbow. Prevention A) Perform accessory movements that are conducive to strengthening supporting muscles B) Get stronger with lighter loads and adapt over time C) Proper execution of the lift will lead to less risk of injury
- 13. PROPER AND IMPROPER EXECUTION OF FULL SNATCH https://youtu.be/IQo8QdrNFl0 (Improper) https://www.youtube.com/watch?v=tCg-RcIcg8o (Proper)