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.
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.
This document discusses the purpose and procedures of a musculoskeletal examination. It describes examining the patient's history, vital signs, range of motion, muscle performance, and more to determine impairments, establish diagnoses, and develop treatment plans. Common musculoskeletal conditions that cause direct impairment like fractures or indirect impairment through other body systems are also outlined. The goals of the exam are to evaluate the extent of issues, identify contributing factors, measure progress, and formulate appropriate rehabilitation.
Basic concepts of Manual Muscle Testing (MMT)JebarajFletcher
Manual muscle testing is a procedure used to evaluate muscle strength. It involves manually applying resistance against a patient's movement through their available range of motion. There are several types of manual muscle tests including tests of individual muscles, muscle groups, and functional tests. The results are often graded on a scale like the Oxford scale. Manual muscle testing provides important information for diagnoses, evaluating treatment effectiveness, and tracking patient progress. It requires skill and standardization to obtain reliable results.
Anthropometry involves measuring the human body to assess things like body composition, edema, and limb symmetry. Key anthropometric measurements include length, circumference, width, and skinfold thickness using tools like a tape measure, calipers, and stadiometer. Examples provided include leg length discrepancy tests, Schober's test, and taking girth measurements of various body parts like waist, calf, and ankle. Anthropometric measurements can help clinicians evaluate impairments and monitor rehabilitation progress.
This document provides an overview of assessment and management of shoulder injuries in physiotherapy practice. It discusses common shoulder presentations including pain, stiffness, instability and weakness. Common causes of shoulder pain are injuries to the glenohumeral joint, subacromial area, and AC joint. The document outlines techniques for assessing the shoulder through history, observation, range of motion testing, strength tests, and special tests like Neer's impingement test. Rehabilitation approaches are also reviewed, including exercises to improve mobility, strength, and functional ability. Outcome measures and when to consider referral are also addressed.
This document discusses muscle strength testing. It defines muscle strength as the maximal force a muscle can exert during contraction. Various methods are described to test muscle strength, including using devices like a cable tensiometer, strain gauge, or dynamometer, as well as manual muscle testing. The most common manual muscle testing scale ranges from 0 to 5, where 0 is no contraction and 5 is normal strength against maximum resistance. Resisted isometric contractions can also be performed to evaluate the degree of pain and strength during maximum effort without movement.
Here are some key references that could be used to support the evaluation, examination, interventions, and outcomes discussed in this case:
- Goniometry measurement techniques
- Manual muscle testing procedures
- Fundamentals of orthopedic management for musculoskeletal conditions
- Principles of therapeutic exercise and rehabilitation
- Modalities like interferential current, aquatic therapy, etc.
- Studies on the effectiveness of different treatment approaches
- Resources on specific techniques like myofascial release, dry needling, lumbar stabilization exercises
- Articles on back safety, ergonomics, body mechanics
Let me know if you need any of the full references included. I selected sources that would be relevant to further examining and treating this particular low back
This document discusses principles and techniques for manual therapy examinations and treatments. It describes the central themes of listening to the patient, understanding verbal and non-verbal communication, and building trust. It emphasizes keeping theoretical knowledge separate from clinical evidence when examining patients. Examination techniques discussed include range of motion tests, accessory movements, and compression tests to identify pain sources. Treatment techniques focus on physiological and accessory movements at varying amplitudes, ranges, and force levels to address pain, stiffness, and spasms. The importance of ongoing assessment and modifying techniques based on a patient's response is stressed.
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.
This document discusses the purpose and procedures of a musculoskeletal examination. It describes examining the patient's history, vital signs, range of motion, muscle performance, and more to determine impairments, establish diagnoses, and develop treatment plans. Common musculoskeletal conditions that cause direct impairment like fractures or indirect impairment through other body systems are also outlined. The goals of the exam are to evaluate the extent of issues, identify contributing factors, measure progress, and formulate appropriate rehabilitation.
Basic concepts of Manual Muscle Testing (MMT)JebarajFletcher
Manual muscle testing is a procedure used to evaluate muscle strength. It involves manually applying resistance against a patient's movement through their available range of motion. There are several types of manual muscle tests including tests of individual muscles, muscle groups, and functional tests. The results are often graded on a scale like the Oxford scale. Manual muscle testing provides important information for diagnoses, evaluating treatment effectiveness, and tracking patient progress. It requires skill and standardization to obtain reliable results.
Anthropometry involves measuring the human body to assess things like body composition, edema, and limb symmetry. Key anthropometric measurements include length, circumference, width, and skinfold thickness using tools like a tape measure, calipers, and stadiometer. Examples provided include leg length discrepancy tests, Schober's test, and taking girth measurements of various body parts like waist, calf, and ankle. Anthropometric measurements can help clinicians evaluate impairments and monitor rehabilitation progress.
This document provides an overview of assessment and management of shoulder injuries in physiotherapy practice. It discusses common shoulder presentations including pain, stiffness, instability and weakness. Common causes of shoulder pain are injuries to the glenohumeral joint, subacromial area, and AC joint. The document outlines techniques for assessing the shoulder through history, observation, range of motion testing, strength tests, and special tests like Neer's impingement test. Rehabilitation approaches are also reviewed, including exercises to improve mobility, strength, and functional ability. Outcome measures and when to consider referral are also addressed.
This document discusses muscle strength testing. It defines muscle strength as the maximal force a muscle can exert during contraction. Various methods are described to test muscle strength, including using devices like a cable tensiometer, strain gauge, or dynamometer, as well as manual muscle testing. The most common manual muscle testing scale ranges from 0 to 5, where 0 is no contraction and 5 is normal strength against maximum resistance. Resisted isometric contractions can also be performed to evaluate the degree of pain and strength during maximum effort without movement.
Here are some key references that could be used to support the evaluation, examination, interventions, and outcomes discussed in this case:
- Goniometry measurement techniques
- Manual muscle testing procedures
- Fundamentals of orthopedic management for musculoskeletal conditions
- Principles of therapeutic exercise and rehabilitation
- Modalities like interferential current, aquatic therapy, etc.
- Studies on the effectiveness of different treatment approaches
- Resources on specific techniques like myofascial release, dry needling, lumbar stabilization exercises
- Articles on back safety, ergonomics, body mechanics
Let me know if you need any of the full references included. I selected sources that would be relevant to further examining and treating this particular low back
This document discusses principles and techniques for manual therapy examinations and treatments. It describes the central themes of listening to the patient, understanding verbal and non-verbal communication, and building trust. It emphasizes keeping theoretical knowledge separate from clinical evidence when examining patients. Examination techniques discussed include range of motion tests, accessory movements, and compression tests to identify pain sources. Treatment techniques focus on physiological and accessory movements at varying amplitudes, ranges, and force levels to address pain, stiffness, and spasms. The importance of ongoing assessment and modifying techniques based on a patient's response is stressed.
The document discusses the recognition, evaluation, and management of athletic injuries by athletic trainers. It outlines several key points:
1) Athletic trainers are responsible for recognizing injuries, determining severity, and applying proper evaluation and treatment protocols.
2) In emergency situations, the priorities are controlling life-threatening conditions and managing non-life-threatening injuries.
3) Common evaluation methods used are HOPS (History, Observation, Palpation, Special Tests) and SOAP (Subjective, Objective, Assessment, Plan). HOPS involves examining the injury mechanism, signs, and testing ranges of motion and joint stability. SOAP involves collecting a medical history, examining the injury, assessing the issue, and creating
The document provides guidelines for physiotherapists on how to properly perform manual muscle testing of the upper and lower extremities, including defining different muscle grades, techniques for administering tests, basic principles like taking time, providing clear instructions to patients, and ensuring consistency. The goal is to objectively evaluate muscle strength to inform treatment planning and monitor patient progress.
Osteoarthritis of the Knee Joint is a quite common condition found in Indian Population. This presentation is made to understand how this condition affects patients and what are the different Physiotherapy measures to make the patient functionally independent.
This document discusses manual muscle testing and its importance in evaluating musculoskeletal problems. It emphasizes that muscle function and treatment principles have not changed, and practitioners should focus on restoring range of motion, alignment and muscle balance. Muscle testing is an essential part of evaluation, as it can help identify weakness, imbalance and other issues. While objectivity in muscle grading is desirable, current instrumentation introduces new variables and issues. The experienced hands of clinicians remain the most sensitive tools for muscle evaluation. Maintaining the art and science of manual muscle testing is paramount.
The document introduces the Selective Functional Movement Assessment (SFMA) which evaluates movement patterns and asymmetries to identify dysfunctional movement. The SFMA grades movements as functional-nonpainful, functional-painful, dysfunctional-nonpainful, or dysfunctional-painful to guide treatment. Top-tier assessments are demonstrated involving various ranges of motion. Treatment focuses on dysfunctional-nonpainful patterns using corrective exercises to improve motor control and symmetry before mobility or flexibility limitations.
Balance and postural equilibrium involve maintaining the center of gravity within the base of support. This document outlines several key concepts:
- Balance is affected by factors like the size of the base of support and center of gravity position.
- Strategies like ankle, hip, and stepping strategies automatically maintain or restore balance when instability is detected.
- Balance is assessed through tests of static, anticipatory, and dynamic balance. Common tests include single leg stance, functional reach, and Berg Balance Scale.
- A systems model shows that balance results from interactions between musculoskeletal, sensory, motor, environmental, and other factors.
A 21-year old female marathon runner has begun experiencing knee pain around the patella after increasing her training from twice to 4-5 times per week on hills. This document provides an overview of patellofemoral pain syndrome (PFPS), including causes, risk factors, diagnosis, and treatment options. PFPS is caused by an imbalance of forces around the patella that leads to pain. Treatment focuses on strengthening the quadriceps and hips to correct biomechanics and management of pain. The prognosis is generally good if treatment addresses contributing factors and allows for gradual return to activity.
Master of Surgery - MS.
Doctor of Medicine - MD.
Bachelor of Ayurvedic Medicine and Surgery - BAMS.
Bachelor of Homeopathic Medicine and Surgery - BHMS.
Bachelor of Physiotherapy - BPT.
Bachelor of Unani Medicine and Surgery - BUMS
This document discusses clinical biomechanics in podiatry. It begins by introducing the topic of clinical biomechanics and how treating athletes has led to new theories. It emphasizes that biomechanics involves more than just orthotics, including strengthening, stretching, taping, braces and sport-specific techniques. The document outlines the phases of rehabilitation and how biomechanics fits into treating injuries. It discusses evaluating gait and motion to correlate injuries with biomechanics. It also covers how over-pronation and over-supination can lead to different injuries and the importance of addressing biomechanics in treatment and prevention.
This document provides an overview of manual muscle testing (MMT). It discusses the principles, purposes, considerations, procedures, grading scale, and documentation of MMT. MMT refers to determining muscle strength through resistance testing. It is used diagnostically to examine strength changes over time and determine treatment needs. Proper positioning, stabilization, and resistance application are important. Strength is graded on a scale of 0 to 5 based on the level of resistance a muscle can overcome. Documentation includes noting each muscle's grade and any special testing positions.
This document discusses the examination and evaluation process in physical therapy. It describes the importance of the patient history, systems review, and tests/measures in thoroughly examining the patient. Communication and developing rapport between the clinician and patient is also essential. The evaluation involves making a judgment based on clinical findings to identify the relationship between reported symptoms and signs of disturbed function. This leads to a physical therapy diagnosis and prognosis that guides subsequent rehabilitation interventions.
The document discusses musculoskeletal physical therapy assessments. It outlines topics like functional assessment, joint position and movement, and diagnostic imaging. It describes examining joints through passive range of motion, assessing end feels both normally and abnormally. Joint play and specific tests for different joints are covered. The SOAP note method of documentation is defined, with S for subjective information from the patient, O for objective physical exam findings, A for the therapist's assessment, and P for the treatment plan.
The document outlines components of a physical education course, including basic concepts of fitness and wellness, dimensions of wellness, benefits of exercise, components of physical fitness, tests to measure fitness, exercise program design, and principles for developing movement skills. Key topics covered are the 7 dimensions of wellness, health and skill-related aspects of physical fitness, how to measure components like flexibility, and how to structure an exercise routine following the FITT principle.
This document provides an introduction to therapeutic exercise and range of motion techniques. It discusses different types of movements including active, passive, assisted and resisted motions. The goals and indications for range of motion exercises like passive and active are explained. Principles, procedures and applications of range of motion techniques are outlined. Different types of assisted and resisted exercises are also described along with their uses.
Manual Muscle Testing (MMT) is a clinical assessment technique used by healthcare professionals to evaluate the strength and function of individual muscles or muscle groups. It involves the systematic application of resistance while the patient contracts specific muscles, allowing the examiner to assess the muscle's ability to generate force and produce movement. Here's a detailed overview:
1. **Purpose**: MMT is used to:
- Identify muscle weakness or imbalance.
- Assess the extent and location of neuromuscular dysfunction.
- Monitor changes in muscle strength over time.
- Guide treatment planning and rehabilitation interventions.
2. **Procedure**:
- **Patient Positioning**: The patient is positioned appropriately to isolate and activate the muscle being tested.
- **Instruction**: Clear instructions are provided to the patient regarding the desired movement and level of effort.
- **Stabilization**: Adjacent joints or body segments may be stabilized to prevent compensatory movements.
- **Resistance Application**: The examiner applies resistance, typically manually, in the direction opposite to the muscle's action, gradually increasing it while the patient contracts the muscle.
- **Observation**: The examiner observes the quality of muscle contraction, noting factors such as initiation, strength, endurance, and any signs of fatigue or compensation.
- **Grading**: Muscle strength is graded on a scale ranging from 0 to 5:
- 0: No contraction detected.
- 1: Muscle flicker, but no movement.
- 2: Movement occurs, but not against gravity.
- 3: Movement against gravity, but not against resistance.
- 4: Movement against some resistance, but not full strength.
- 5: Full strength, normal movement against full resistance.
3. **Applications**:
- **Clinical Diagnosis**: MMT helps identify muscle weakness or dysfunction associated with various conditions, such as neuromuscular disorders, orthopedic injuries, and neurological impairments.
- **Treatment Planning**: Assessment findings from MMT guide the selection of appropriate therapeutic interventions, including strengthening exercises, manual therapy techniques, and functional training.
- **Rehabilitation Monitoring**: Serial MMT evaluations track changes in muscle strength and function during the rehabilitation process, informing progression and adjusting treatment goals as needed.
4. **Considerations**:
- **Reliability and Validity**: MMT results may vary based on factors such as examiner experience, patient cooperation, and testing conditions. Standardized protocols and repeated assessments can enhance reliability.
- **Limitations**: MMT may not be suitable for assessing deep muscles or muscles affected by pain, and results may be influenced by factors such as fatigue, motivation, and neurological impairment.
- **Clinical Judgment**: Interpretation of MMT findings requires clinical judgment,.
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.
1. The document outlines the process of assessing the musculoskeletal system, including taking a thorough history, examining various parts of the body, and considering appropriate clinical investigations.
2. The history should explore the chief complaints, pain characteristics, and psychosocial factors, while the physical examination evaluates gait, range of motion, muscle strength, and other elements of the bones, joints, and nervous system.
3. Clinical investigations like radiography, CT scans, and MRI may be used to further diagnose musculoskeletal conditions, though guidelines recommend limiting radiation exposure when possible.
The document provides a review of literature on motor control assessment. It discusses various aspects of motor control assessment including history taking, functional activity assessment, body structure and function assessment, outcome measures, and evaluation of specific areas like stability, mobility, strength, range of motion, and functional activity status. It also summarizes various studies that have evaluated methods and tools for motor control assessment like use of dynamometers, goniometers, and activity monitors.
Promoting Wellbeing - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
The document discusses the recognition, evaluation, and management of athletic injuries by athletic trainers. It outlines several key points:
1) Athletic trainers are responsible for recognizing injuries, determining severity, and applying proper evaluation and treatment protocols.
2) In emergency situations, the priorities are controlling life-threatening conditions and managing non-life-threatening injuries.
3) Common evaluation methods used are HOPS (History, Observation, Palpation, Special Tests) and SOAP (Subjective, Objective, Assessment, Plan). HOPS involves examining the injury mechanism, signs, and testing ranges of motion and joint stability. SOAP involves collecting a medical history, examining the injury, assessing the issue, and creating
The document provides guidelines for physiotherapists on how to properly perform manual muscle testing of the upper and lower extremities, including defining different muscle grades, techniques for administering tests, basic principles like taking time, providing clear instructions to patients, and ensuring consistency. The goal is to objectively evaluate muscle strength to inform treatment planning and monitor patient progress.
Osteoarthritis of the Knee Joint is a quite common condition found in Indian Population. This presentation is made to understand how this condition affects patients and what are the different Physiotherapy measures to make the patient functionally independent.
This document discusses manual muscle testing and its importance in evaluating musculoskeletal problems. It emphasizes that muscle function and treatment principles have not changed, and practitioners should focus on restoring range of motion, alignment and muscle balance. Muscle testing is an essential part of evaluation, as it can help identify weakness, imbalance and other issues. While objectivity in muscle grading is desirable, current instrumentation introduces new variables and issues. The experienced hands of clinicians remain the most sensitive tools for muscle evaluation. Maintaining the art and science of manual muscle testing is paramount.
The document introduces the Selective Functional Movement Assessment (SFMA) which evaluates movement patterns and asymmetries to identify dysfunctional movement. The SFMA grades movements as functional-nonpainful, functional-painful, dysfunctional-nonpainful, or dysfunctional-painful to guide treatment. Top-tier assessments are demonstrated involving various ranges of motion. Treatment focuses on dysfunctional-nonpainful patterns using corrective exercises to improve motor control and symmetry before mobility or flexibility limitations.
Balance and postural equilibrium involve maintaining the center of gravity within the base of support. This document outlines several key concepts:
- Balance is affected by factors like the size of the base of support and center of gravity position.
- Strategies like ankle, hip, and stepping strategies automatically maintain or restore balance when instability is detected.
- Balance is assessed through tests of static, anticipatory, and dynamic balance. Common tests include single leg stance, functional reach, and Berg Balance Scale.
- A systems model shows that balance results from interactions between musculoskeletal, sensory, motor, environmental, and other factors.
A 21-year old female marathon runner has begun experiencing knee pain around the patella after increasing her training from twice to 4-5 times per week on hills. This document provides an overview of patellofemoral pain syndrome (PFPS), including causes, risk factors, diagnosis, and treatment options. PFPS is caused by an imbalance of forces around the patella that leads to pain. Treatment focuses on strengthening the quadriceps and hips to correct biomechanics and management of pain. The prognosis is generally good if treatment addresses contributing factors and allows for gradual return to activity.
Master of Surgery - MS.
Doctor of Medicine - MD.
Bachelor of Ayurvedic Medicine and Surgery - BAMS.
Bachelor of Homeopathic Medicine and Surgery - BHMS.
Bachelor of Physiotherapy - BPT.
Bachelor of Unani Medicine and Surgery - BUMS
This document discusses clinical biomechanics in podiatry. It begins by introducing the topic of clinical biomechanics and how treating athletes has led to new theories. It emphasizes that biomechanics involves more than just orthotics, including strengthening, stretching, taping, braces and sport-specific techniques. The document outlines the phases of rehabilitation and how biomechanics fits into treating injuries. It discusses evaluating gait and motion to correlate injuries with biomechanics. It also covers how over-pronation and over-supination can lead to different injuries and the importance of addressing biomechanics in treatment and prevention.
This document provides an overview of manual muscle testing (MMT). It discusses the principles, purposes, considerations, procedures, grading scale, and documentation of MMT. MMT refers to determining muscle strength through resistance testing. It is used diagnostically to examine strength changes over time and determine treatment needs. Proper positioning, stabilization, and resistance application are important. Strength is graded on a scale of 0 to 5 based on the level of resistance a muscle can overcome. Documentation includes noting each muscle's grade and any special testing positions.
This document discusses the examination and evaluation process in physical therapy. It describes the importance of the patient history, systems review, and tests/measures in thoroughly examining the patient. Communication and developing rapport between the clinician and patient is also essential. The evaluation involves making a judgment based on clinical findings to identify the relationship between reported symptoms and signs of disturbed function. This leads to a physical therapy diagnosis and prognosis that guides subsequent rehabilitation interventions.
The document discusses musculoskeletal physical therapy assessments. It outlines topics like functional assessment, joint position and movement, and diagnostic imaging. It describes examining joints through passive range of motion, assessing end feels both normally and abnormally. Joint play and specific tests for different joints are covered. The SOAP note method of documentation is defined, with S for subjective information from the patient, O for objective physical exam findings, A for the therapist's assessment, and P for the treatment plan.
The document outlines components of a physical education course, including basic concepts of fitness and wellness, dimensions of wellness, benefits of exercise, components of physical fitness, tests to measure fitness, exercise program design, and principles for developing movement skills. Key topics covered are the 7 dimensions of wellness, health and skill-related aspects of physical fitness, how to measure components like flexibility, and how to structure an exercise routine following the FITT principle.
This document provides an introduction to therapeutic exercise and range of motion techniques. It discusses different types of movements including active, passive, assisted and resisted motions. The goals and indications for range of motion exercises like passive and active are explained. Principles, procedures and applications of range of motion techniques are outlined. Different types of assisted and resisted exercises are also described along with their uses.
Manual Muscle Testing (MMT) is a clinical assessment technique used by healthcare professionals to evaluate the strength and function of individual muscles or muscle groups. It involves the systematic application of resistance while the patient contracts specific muscles, allowing the examiner to assess the muscle's ability to generate force and produce movement. Here's a detailed overview:
1. **Purpose**: MMT is used to:
- Identify muscle weakness or imbalance.
- Assess the extent and location of neuromuscular dysfunction.
- Monitor changes in muscle strength over time.
- Guide treatment planning and rehabilitation interventions.
2. **Procedure**:
- **Patient Positioning**: The patient is positioned appropriately to isolate and activate the muscle being tested.
- **Instruction**: Clear instructions are provided to the patient regarding the desired movement and level of effort.
- **Stabilization**: Adjacent joints or body segments may be stabilized to prevent compensatory movements.
- **Resistance Application**: The examiner applies resistance, typically manually, in the direction opposite to the muscle's action, gradually increasing it while the patient contracts the muscle.
- **Observation**: The examiner observes the quality of muscle contraction, noting factors such as initiation, strength, endurance, and any signs of fatigue or compensation.
- **Grading**: Muscle strength is graded on a scale ranging from 0 to 5:
- 0: No contraction detected.
- 1: Muscle flicker, but no movement.
- 2: Movement occurs, but not against gravity.
- 3: Movement against gravity, but not against resistance.
- 4: Movement against some resistance, but not full strength.
- 5: Full strength, normal movement against full resistance.
3. **Applications**:
- **Clinical Diagnosis**: MMT helps identify muscle weakness or dysfunction associated with various conditions, such as neuromuscular disorders, orthopedic injuries, and neurological impairments.
- **Treatment Planning**: Assessment findings from MMT guide the selection of appropriate therapeutic interventions, including strengthening exercises, manual therapy techniques, and functional training.
- **Rehabilitation Monitoring**: Serial MMT evaluations track changes in muscle strength and function during the rehabilitation process, informing progression and adjusting treatment goals as needed.
4. **Considerations**:
- **Reliability and Validity**: MMT results may vary based on factors such as examiner experience, patient cooperation, and testing conditions. Standardized protocols and repeated assessments can enhance reliability.
- **Limitations**: MMT may not be suitable for assessing deep muscles or muscles affected by pain, and results may be influenced by factors such as fatigue, motivation, and neurological impairment.
- **Clinical Judgment**: Interpretation of MMT findings requires clinical judgment,.
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.
1. The document outlines the process of assessing the musculoskeletal system, including taking a thorough history, examining various parts of the body, and considering appropriate clinical investigations.
2. The history should explore the chief complaints, pain characteristics, and psychosocial factors, while the physical examination evaluates gait, range of motion, muscle strength, and other elements of the bones, joints, and nervous system.
3. Clinical investigations like radiography, CT scans, and MRI may be used to further diagnose musculoskeletal conditions, though guidelines recommend limiting radiation exposure when possible.
The document provides a review of literature on motor control assessment. It discusses various aspects of motor control assessment including history taking, functional activity assessment, body structure and function assessment, outcome measures, and evaluation of specific areas like stability, mobility, strength, range of motion, and functional activity status. It also summarizes various studies that have evaluated methods and tools for motor control assessment like use of dynamometers, goniometers, and activity monitors.
Promoting Wellbeing - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Histololgy of Female Reproductive System.pptxAyeshaZaid1
Dive into an in-depth exploration of the histological structure of female reproductive system with this comprehensive lecture. Presented by Dr. Ayesha Irfan, Assistant Professor of Anatomy, this presentation covers the Gross anatomy and functional histology of the female reproductive organs. Ideal for students, educators, and anyone interested in medical science, this lecture provides clear explanations, detailed diagrams, and valuable insights into female reproductive system. Enhance your knowledge and understanding of this essential aspect of human biology.
Osteoporosis - Definition , Evaluation and Management .pdfJim Jacob Roy
Osteoporosis is an increasing cause of morbidity among the elderly.
In this document , a brief outline of osteoporosis is given , including the risk factors of osteoporosis fractures , the indications for testing bone mineral density and the management of osteoporosis
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Kat...rightmanforbloodline
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
- Video recording of this lecture in English language: https://youtu.be/kqbnxVAZs-0
- Video recording of this lecture in Arabic language: https://youtu.be/SINlygW1Mpc
- Link to download the book free: https://nephrotube.blogspot.com/p/nephrotube-nephrology-books.html
- Link to NephroTube website: www.NephroTube.com
- Link to NephroTube social media accounts: https://nephrotube.blogspot.com/p/join-nephrotube-on-social-media.html
Adhd Medication Shortage Uk - trinexpharmacy.comreignlana06
The UK is currently facing a Adhd Medication Shortage Uk, which has left many patients and their families grappling with uncertainty and frustration. ADHD, or Attention Deficit Hyperactivity Disorder, is a chronic condition that requires consistent medication to manage effectively. This shortage has highlighted the critical role these medications play in the daily lives of those affected by ADHD. Contact : +1 (747) 209 – 3649 E-mail : sales@trinexpharmacy.com
1. PPT 237-BASIC ASSESSMENT SKILLS
TUTOR: JOHN AYAMGA
ST. JOHN OF GOD COLLEGE OF HEALTH, DUAYAW
NKWANTA
2. Course Objective
oAfter this course, you must be able to…
apply basic assessment techniques to
examine clients/patients to identify
their health needs and plan therapy or
make recommendations on the basis
of clinical reasoning
3. Course Content
Documentation & principles of
physical examination
Joint Mobility Assessment
Examination of Soft Tissues
Examination of motor and sensory
systems
Special Tests
4. Documentation & principles of
physical examination
Basic Assessment of Pain
Neuro-therapeutic Techniques
Limb Length and Girth Measurement
Obesity, BMI and WHR
Interpretation of X-rays
Thoracic Mobility Assessment
Outcome measures
5. Documentation & principles of
physical examination
S.O.A.P notes or documentation
a record of patient’s information and care in a
structured and organised way
An acronym that stands for
• Subjective
• Objective
• Assessment/Analysis
• Plan of care
6. Subjective examination
• Therapist asks patient relevant questions and
documents patient’s responses, E.g.
patient’s demographics,
PC (Present Complaint)
HPC(History of Present Complaint)
PMHx(Past Medical History), etc
Is it really important to know pt’s viewpoint about
his/her condition?
7. Objective examination
Involves observing, measuring, testing,
palpating and recording of findings by the
examiner
E.g. Information on observation/inspection,
measurement of ROM, special tests, reflexes,
MMT(Manual Muscle Testing), etc can only be
gathered by the examiner through these
procedure
8. Assessment /Analysis
Examiner’s analyses the various examination
components and forms an opinion on patient’s
condition
The reasoning behind the decisions taken and
analytical thinking behind the problem-solving
process
A prioritized problem list is generated with
impairments linked to functional limitations
Also, progress towards the stated goals is
indicated, and any factors affecting it that may
require modification of the frequency, duration or
intervention itself
9. Adverse and positive response, should be
documented in re-assessment, E.g.
Ambulation not attempted today due to
patient’s report of fatigue, etc
Patient has been compliant with exercise
program which has resulted in increase in LE
strength,
10. Plan
Involves
short/long-term treatment objectives
expected functional outcomes
discharge planning
treatment that the patient will receive based on his or
condition, etc.
E.g. Objective
To improve deltoid strength from 3 to 5 by the end of
2months
Rx: Resisted shoulder abd with Theraband:10reps,
3x/session; increase strengthening exercise reps to 15;
attempt ambulation tomorrow, etc.
11. Why is documentation important?
–Provides health care worker of a
record of injury or treatment
–Provides supporting documents in
litigations
–Fosters inter-provider communication
12. As secondary data for research
purposes
Longitudinal patient records
Billing/insurance/reimbursement
Documentation can be used for quality
assurance and improvement purposes.
13. Key aspects of documentation
Must be accurate, clear, and reflect
specific services and events
Use appropriate medical abbreviations
Thorough, but not excessively wordy
Document it before it vanishes from your
mind’
14. Punctuation
Hyphen (-) can be confused with ‘minus sign’ or
‘negative’. It is used instead of the word ‘through’.
E.g.: 0 – 45o
Semi colon (;) is used in the subjective portion to
connect related statements. E.g. “Position of
comfort for sleep is on RT side; pain does not
awaken pt. at night.”
Colon (:) can be used instead of “is”. E.g. instead
of “AROM RT shoulder is 0-90o, write “AROM RT
shoulder: 0 -90o ”
15. Correcting Errors and Signing S.O.A.P Notes
Never use correction fluid; errors should be
corrected by drawing a single line through the
error, then write ‘error’ above the mistake,
date it, and initial it.
All notes should be signed with your legal
signature (your last name and legal first name
or initials, followed by your status/designation
16. Do not use nickname
Also, spaces, Blanks or Empty Lines should not
be left between one entry and another, nor be
left within a single entry as these could
become areas in which another person could
falsify information already charted
17. Principles of examination
Examine the unaffected side first, especially
where there is a bilateral component
Examine AROM first, followed by PROM and then
ARROM (muscle strength testing)
Examine non-painful movements first before
painful movements
Apply over pressure with care at the limits of
AROM to determine the end feel and eliminate
the need for doing PROM
18. Repeat movements several times and observe for
any change in movement pattern and patient
symptoms.
To apply resisted isometric Test, put the joint in
neutral position and hold test for about
5seconds.
Notify patient that symptoms may be worsened
during or at the end of the assessment
Refer patient to appropriate professional if
unusual signs and symptoms are noticed or
condition is beyond your scope.
19. JOINT MOBILITY EXAMINATION
Normal joint ROM =
Normal physiological movement
+
Normal Accessory Movement
Difference b/n ROM and flexibility of a joint
20. EXAMINATION OF ACTIVE MOVEMENT
Active movement due to voluntary muscle
contraction
Even though active movement is usually
performed first, may be a contra-indication in
acute injuries and stages of tissue healing
21. EXAMINATION OF ACTIVE MOVEMENTS
In examining active movements
Demonstrate movement first
Allow patient to perform movement
Note quality of movement
Note pattern of movement
Observe any trick motion
Note the point in the ROM that pain occurs if
any
22. EXAMINATION OF ACTIVE MOVEMENT
Note whether the movement increases the
intensity and quality of the pain
Note any limitation of movement and its
nature
Apply overpressure at the end of AROM to see
if any symptom will occur
23. EXAMINATION OF PASSIVE MOVEMENT
Examiner moves a joint through its ROM while
pt is relaxed
24. Examining passive movement
What is the quality of movement?
Is joint movement excessive or limited?
Is there any capsular pattern in movement?
If pain is present determine where it occurs
within arc of motion, its intensity and quality
What is the end feel?
Movement in associated joints?
ROM available?
25. 1. Is there capsular pattern in your assessment?
2. Is the knee joint capsule affected or the
source of the problem?
26. Assignment
1. Why you should examine unaffected side first
before affected side
2. Why examine AROM first before PROM
3. Why examine non-painful movements first
before painful movements
4. Why you should apply overpressure at the
end of ROM
27. Capsular pattern
1. Which of the following capsular patterns is
not correct for the associated joint?
a) flex>ext, elbow
b) Adduction>flex>med rot, shoulder
c) Flex>ext, knee
d) Plantarflex>dorsiflex, ankle
28. END FEELS
End feel is a sensation or feeling that you
detect when the joint is at the end of its
available PROM
Apply overpressure at the end of PROM to
detect the nature of endfeel
End feels could be normal or abnormal
29. NORMAL END FEELS
END FEEL Nature E.g.
Hard Bone contacting
bone
Elbow extension
Soft Soft tissue
contacting soft
tissue
Elbow flexion,
knee flexion
Firm Capsular stretch
Ligament stretch
Muscle stretch
Ext of MCP jt
Forearm sup
Hip flex with
knee extension
30. ABNORMAL END FEELS
END FEEL Nature E.g.
Soft examiner feels stiffness
that starts early during
movement and
gradually increases to
the end
Soft tissue edema,
synovitis, effusion
Firm joint movement occurs
freely at the beginning
but gets limited by
tissue restriction. Joint
ROM is drastically
reduced
Capsular shortening
Muscular shortening
Ligamentous
shortening
Hard/bone-to-bone examiner feels bone-
to-bone blockage
occurring before the
end of movement
OA, fracture, excessive
bone growth
31. Empty Examiner feels that
only pain stops the
movement from
continuing to the
end
Bursitis, joint
inflammation, etc
Springy block examiner feels
bouncing of
movement at the
point of limitation
torn cartilage in the
knee can block knee
movement
Muscle spasm Muscles involuntarily
contact to stop
passive movement.
Pain may occur
concurrently
Anterior shoulder
dislocation, acute OA
with knee muscle
spasm to protect
joint movement
32. EXAMINATION OF SOFT TISSUES
Contractile tissues
muscle, tendon, bony attachment and nerve
supply
Active movement test
pain during active movement but not passive
movement shows that contractile tissue is
having the problem
33.
34. Passive Movement Test
Pain that worsens with passive stretch of a
contractile tissue may indicate contractile
problem
35. Resisted Isometric Test (test position)
Pain worsens or presence of weakness or both
when this test is applied indicates contractile
tissue involvement
36.
37. Summary of Results of Resisted
Isometric Test
RESULTS
TEST
STRONG
AND
PAINLESS
STRONG
AND
PAINFUL
WEAK
AND
PAINFUL
WEAK
AND
PAINLESS
RESISTED
ISOMETRIC
TEST
contractile
tissue is
normal
minor
lesions in
contractile
tissue.
Eg.
1o strain,
tendonitis,
minor
avulsion #s,
etc
severe lesion
Eg. Fracture
Neurological
problems
Eg. complete
tenton or
muscle tear,
PIP, SCI,
weakness 2o
CVA, etc
38.
39. Test positions for the following joints:
1. Test position of elbow for triceps
2. Test position of knee for quadriceps
3. Test position of hip for gluteals
4. Test position of ankle for dorsiflexors
5. Test position of shoulder for shoulder
elevators
40. Non-contractile or inert tissue
ligaments, joint capsule, Cartilage, bursae, etc.
Passive stretch of a non-contractile tissue will
provoke pain if there is a lesion or injury.
NB:
Resisted isometric test does not provoke pain
that is coming from inert tissues except where
these tissues are being compressed during the
test
In non-contractile tissue examination, pain
USUALLY occurs close to the end of joint ROM
41. Summary of Results of passive movement
tests for Inert Tissues
FULL JOINT
MOV’T W/O
PAIN
LIMITED JOINT
MOV’T WITH
PAIN IN ALL
DIRECTIONS
Limited JT
MOV’T WITH
PAIN OR
EXCESSIVE JT
MOV’T IN
SOME
DIRECTIONS
LIMITED JOINT
MOV’T W/O
PAIN
PASSIVE
MOVEMEN
T TEST
Normal
inert
tissues
Entire joint
is affected.
Eg.
Capsulitis,
Arthritis,
etc
Involvemen
t of some
inert
tissues but
not others.
Eg. sprains,
bursitis,
local
capsular
adhesion,
Abnormal
bone-bone
block
maybe
present, Eg.
OA,
abnormally
healed #s,
etc
46. Examination of Myofascial
Adhesions/Tightness
Use finger pads to stretch skin in all directions
No fascial restrictions or adhesions if skin
glides freely over the fascia
Adhesion is found where there is decreased
gliding between skin and the underlying fascia
47.
48. Body parts like knuckles, Elbow or other tools
are usually used to apply deep compressive
traction forces to break myofascial adhesions
49. Examination of Muscle length
Used to determine whether the muscle length
is too short or tight to permit normal range of
motion or the muscle length is too stretched
allowing too much ROM
If muscles are found to be short, stretching
techniques and in some case surgery are
needed to lengthen them