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Carpal-Instability-Slide-Summary.Pdf
Carpal Instabilities Definition by IFSSH Orthopaedic Hand Conference Wrist is unstable only if it exhibits • symptomatic dysfunction Bernard F. Hearon, M.D. inability to bear loads Clinical Assistant Professor, Department of Surgery • University of Kansas School of Medicine - Wichita May 7, 2019 • abnormal carpal kinematics Garcia-Elias, JHS 1999 Carpal Instability Mayo Classification CID - Dissociative Wright, JHS (Br) 1994 Instability within carpal row usually due to intrinsic ligament injury • Carpal Instability Dissociative (CID) • Carpal Instability Non-Dissociative (CIND) • Scapholunate dissociation • Carpal Instability Adaptive (CIA) • Lunotriquetral dissociation • Carpal Instability Complex (CIC) • Scaphoid fracture Carpal Instability Carpal Instability CIND - Nondissociative Instability between carpal rows due CIA - Adaptive to extrinsic ligament injury Extra-carpal derangement causing carpal malalignment • CIND - Volar Intercalated Segment Instability (VISI) Midcarpal instability caused by malunited • CIND - Dorsal Intercalated fractures of the distal radius Segment Instability (DISI) Taleisnik, JHS 1984 • Combined CIND Carpal Instability Carpal Instability CIC - Complex Instability patterns with qualities of both CID and CIND patterns • Dorsal perilunate dislocations (lesser arc) Perilunate • Dorsal perilunate fracture-dislocations (greater arc injuries) Instability • Volar perilunate dislocations • Axial dislocations, fracture-dislocations Carpal Instability Carpal Instability Perilunate Dislocations Mayfield Classification Progressive -
Disorders of the Knee
DisordersDisorders ofof thethe KneeKnee PainPain Swelling,Swelling, effusioneffusion oror hemarthrosishemarthrosis LimitedLimited jointjoint motionmotion Screw home mechanism – pain, stiffness, fluid, muscular weakness, locking InstabilityInstability – giving way, laxity DeformityDeformity References: 1. Canale ST. Campbell’s operative orthopaedics. 10th edition 2003 Mosby, Inc. 2. Netter FH. The Netter collection of Medical illustrations – musculoskeletal system, Part I & II. 1997 Novartis Pharmaceuticals Corporation. 3. Magee DJ. Orthopedic Physical assessment. 2nd edition 1992 W. B. Saunders Company. 4. Hoppenfeld S. Physical examination of the spine and extremities. 1976 Appleton-century-crofts. AnteriorAnterior CruciateCruciate LigamentLigament Tibial insertion – broad, irregular, diamond-shaped area located directly in front of the intercondylar eminence Femoral attachment Femoral attachment Figure 43-24 In addition to their – semicircular area on the posteromedial synergistic functions, cruciate aspect of the lateral condyle and collateral ligaments exercise 33 mm in length basic antagonistic function 11 mm in diameter during rotation. A, In external Anteromedial bundle — tight in flexion rotation it is collateral ligaments that tighten and inhibit excessive Posterolateral bundle — tight in extension rotation by becoming crossed in 90% type I collagen space. B, In neutral rotation none 10% type III collagen of the four ligaments is under unusual tension. C, In internal Middle geniculate artery rotation collateral ligaments Fat -
Analysis of Rehabilitation Procedure Following Arthroplasty of the Knee with the Use of Complete Endoprosthesis
© Med Sci Monit, 2011; 17(3): CR165-168 WWW.MEDSCIMONIT.COM PMID: 21358604 Clinical Research CR Received: 2010.10.01 Accepted: 2010.12.23 Analysis of rehabilitation procedure following Published: 2011.03.01 arthroplasty of the knee with the use of complete endoprosthesis Authors’ Contribution: Magdalena Wilk-Frańczuk¹,²ACDEF, Wiesław Tomaszewski3ACDEF, Jerzy Zemła²ABDEF, A Study Design Henryk Noga4DEF, Andrzej Czamara3ADEF B Data Collection C Statistical Analysis 1 Andrzej Frycz Modrzewski Cracow University, Cracow, Poland D Data Interpretation 2 Cracow Rehabilitation Centre, Cracow, Poland E Manuscript Preparation 3 College of Physiotherapy, Wroclaw, Poland F Literature Search 4 Endoscopic Surgery Clinic and Sport Clinic Żory, Żory, Poland G Funds Collection Source of support: Departmental sources Summary Background: The use of endoprosthesis in arthroplasty requires adaptation of rehabilitation procedures in or- der to reinstate the correct model of gait, which enables the patient to recover independence and full functionality in everyday life, which in turn results in an improvement in the quality of life. Material/Methods: We studied 33 patients following an initial total arthroplasty of the knee involving endoprosthesis. The patients were divided into two groups according to age. The range of movement within the knee joints was measured for all patients, along with muscle strength and the subjective sensation of pain on a VAS, and the time required to complete the ‘up and go’ test was measured. The gait model and movement ability were evaluated. The testing was conducted at baseline and after com- pletion of the rehabilitation exercise cycle. Results: No significant differences were noted between the groups in the tests of the range of movement in the operated joint or muscle strength acting on the knee joint. -
Physical Esxam
Pearls in the Musculoskeletal Exam Frank Caruso MPS, PA-C, EMT-P Skin, Bones, Hearts & Private Parts 2019 Examination Key Points • Area that needs to be examined, gown your patients - well exposed • Understand normal functional anatomy • Observe normal activity • Palpation • Range of Motion • Strength/neuro-vascular assessment • Special Tests General Exam Musculoskeletal Overview Physical Exam Preview Watch Your Patients Walk!! Inspection • Posture – Erectness – Symmetry – Alignment • Skin and subcutaneous tissues – Swelling – Redness – Masses Inspection • Extremities – Size – Deformities – Enlargement – Alignment – Contour – Symmetry Inspection • Muscles – Bilateral symmetry – Hypertrophy – Atrophy – Fasciculations – Spasms Palpation • Palpate bones, joints, and surrounding muscles for the following: – Heat – Tenderness – Swelling – Fluctuation – Crepitus – Resistance to pressure – Muscle tone Muscles • Size and strength affected by the following: – Genetics – Exercise – Nutrition • Muscles move joints through range of motion (ROM). Muscle Strength • Compare bilateral muscles – Strength – Symmetry – Equality – Resistance End Feel Think About It!! • The sensation the examiner feels in the joint as it reaches the end of the range of motion of each passive movement • Bone to bone: This is hard, unyielding – normal would be elbow extension. • Soft–tissue approximation: yielding compression that stops further movement – elbow and knee flexion. End Feel • Tissue stretch: hard – springy type of movement with a slight give – toward the end of range of motion – most common type of normal end feel : knee extension and metacarpophalangeal joint extension. Abnormal End Feel • Muscle spasm: invoked by movement with a sudden dramatic arrest of movement often accompanied by pain - sudden hard – “vibrant twang” • Capsular: Similar to tissue stretch but it does not occur where one would expect – range of motion usually reduced. -
Evaluation and Management of Sports Injuries in Children
2019 Frontiers in Pediatrics Sports Medicine Mini-Symposium Presented by MUSC Health Sports Medicine Sports Medicine Panel of Experts Michael J. Barr, PT, DPT, MSR Sports Medicine Manager MUSC Health Sports Medicine Alec DeCastro, MD Assistant Professor CAQ Sports Medicine Director, MUSC/Trident Family Medicine Residency MUSC Health Sports Medicine MUSC Department of Family Medicine Harris S. Slone, MD Associate Professor Orthopaedic Surgery and Sports Medicine MUSC Health Sports Medicine MUSC Department of Orthopaedics Sports Medicine Breakout Group Leaders Aaron Brown, ATC Athletic Trainer MUSC Health Sports Medicine Amelia Brown, MS, ATC Athletic Trainer MUSC Health Sports Medicine Brittney Lang, MS, ATC Athletic Trainer MUSC Health Sports Medicine Bobby Weisenberger, MS, ATC, PES Athletic Trainer MUSC Health Sports Medicine Sports Medicine Schedule Approximate Timeline: 2:00: Introduction – Michael Barr, PT, DPT, MSR – Sports Medicine Manager 2:05: Ankle Case Report – Harris Slone, MD 2:20: Knee Case Report – Harris Slone, MD 2:35: Shoulder Instability Case Report – Michael Barr, PT, DPT, MSR 2:50: Back Case Report – Alec DeCastro, MD 3:05: High BP Case Report – Alec DeCastro, MD 3:20: Hands On Practice of Exam Techniques – All + Athletic Trainers 3:50: Question/Answer Open Forum – All 4:00: End Sports Medicine Disclosers No relevant financial disclosers Sports Medicine Learning Objectives Learning Objectives: 1. Describe mechanisms of injury and clinical presentation for common pediatric sports related injuries of the ankle, knee, back and shoulder. 2. Demonstrate examination techniques to support the diagnosis of common pediatric sports related injuries of the ankle, knee, back and shoulder 3. Determine what imaging studies should be ordered and when to refer to a sports med/orthopaedic surgeon or to physical therapy 4. -
Examination of the Knee
Examination of the Knee The Examination For every joint of the lower extremity always begin with the patient in standing IN STANDING INSPECTION 1. Cutaneous Structures: Look for Erythema, scarring, bruising, and swelling in the following areas: a. Peripatellar grooves b. Suprapatellar bursa c. Prepatellar bursa d. Infrapatellar tendon e. Anserine bursa f. Popliteal fossa 2. Muscle & Soft Tissue: a. Quadriceps atrophy b. Hamstring atrophy c. Calf atrophy 3. Bones & Alignment: a. Patella position (Alta, Baha, Winking, Frog eyed), b. Varus or Valgus alignment c. Flexion contracture or Genu recurvatum RANGE OF MOTION - ACTIVE Standing is the best opportunity to assess active range of motion of the knee. 1. Ask the patient to squat into a deep knee bend. Both knees should bend symmetrically. 2. Ask the patient to then stand and extend the knee fully – lock the knee. The knee should straighten to 0 degrees of extension. Some people have increased extension referred to as genu recurvatum. GAIT 1. Look for a short stance phase on the affected limb and an awkward gait if a concomitant leg length discrepancy 2. Look for turning on block 3. Screening 1. Walk on the toes 2. Walk on the heels 3. Squat down – Active Range of Motion testing SPECIAL TESTS 1. Leg Length Discrepancy a. Look at patients back for evidence of a functional scoliosis b. Place your hands on the patients Iliac crests looking for inequality which may mean a leg length discrepancy IN SITTING NEUROLOGIC EXAMINATION 1. Test the reflexes a. L4 – Quadriceps reflex VASCULAR EXAMINATION 1. Feel for the posterior tibial artery SUPINE POSITION INSPECTION 1. -
SIMMONDS TEST: Patient Is Prone Doctor Flexes the Patients Knee to 90 Degrees Doctor Squeezes the Patient’S Calf
Clinical Orthopedic Testing Review SIMMONDS TEST: Patient is prone Doctor flexes the patients knee to 90 degrees Doctor squeezes the patient’s calf. Classical response: Failure of ankle plantarflexion Classical Importance= torn Achilles tendon Test is done bilaterally ACHILLES TAP: Patient is prone Doctor flexes the patient’s knee to 90 degree Doctor dorsiflexes the ankle and then strikes the Achilles tendon with a percussion hammer Classical response: Plantar response Classical Importance= Intact Achilles tendon Test is done bilaterally FOOT DRAWER TEST: Patient is supine with their ankles off the edge of the examination table Doctor grasps the heel of the ankle being tested with one hand and the tibia just above the ankle with the other. Doctor applies and anterior to posterior and then a posterior to anterior sheer force. Classical response: Anterior or posterior translation of the ankle Classical Importance= Anterior talofibular or posterior talofibular ligament laxity. Test is done bilaterally LATERAL STABILITY TEST: Patient is supine Doctor grasps the tibia with one hand and the foot with the other. Doctor rotates the foot into inversion Classical response: Excessive inversion Classical Importance= Anterior talofibular ligament sprain Test is done bilaterally MEDIAL STABILITY TEST: Patient is supine Doctor grasps the tibia with one hand and the foot with the other Doctor rotates the foot into eversion Classical response: Excessive eversion Classical Importance= Deltoid ligament sprain Test is done bilaterally 1 Clinical Orthopedic Testing Review KLEIGER’S TEST: Patient is seated with the legs and feet dangling off the edge of the examination table. Doctor grasps the patient’s foot while stabilizing the tibia with the other hand Doctor pulls the ankle laterally. -
Knee Pain in Children: Part I: Evaluation
Knee Pain in Children: Part I: Evaluation Michael Wolf, MD* *Pediatrics and Orthopedic Surgery, St Christopher’s Hospital for Children, Philadelphia, PA. Practice Gap Clinicians who evaluate knee pain must understand how the history and physical examination findings direct the diagnostic process and subsequent management. Objectives After reading this article, the reader should be able to: 1. Obtain an appropriate history and perform a thorough physical examination of a patient presenting with knee pain. 2. Employ an algorithm based on history and physical findings to direct further evaluation and management. HISTORY Obtaining a thorough patient history is crucial in identifying the cause of knee pain in a child (Table). For example, a history of significant swelling without trauma suggests bacterial infection, inflammatory conditions, or less likely, intra- articular derangement. A history of swelling after trauma is concerning for potential intra-articular derangement. A report of warmth or erythema merits consideration of bacterial in- fection or inflammatory conditions, and mechanical symptoms (eg, lock- ing, catching, instability) should prompt consideration of intra-articular derangement. Nighttime pain and systemic symptoms (eg, fever, sweats, night sweats, anorexia, malaise, fatigue, weight loss) are associated with bacterial infections, inflammatory conditions, benign and malignant musculoskeletal tumors, and other systemic malignancies. A history of rash or known systemic inflammatory conditions, such as systemic lupus erythematosus or inflammatory bowel disease, should raise suspicion for inflammatory arthritis. Ascertaining the location of the pain also can aid in determining the cause of knee pain. Anterior pain suggests patellofemoral syndrome or instability, quad- riceps or patellar tendinopathy, prepatellar bursitis, or apophysitis (patellar or tibial tubercle). -
Clinical Examination of the Wrist TERRI M
Clinical Examination of the Wrist TERRI M. SKIRVEN, OTR/L, CHT AND A. LEE OSTERMAN, MD HISTORY OF THE INJURY OR ONSET PHYSICAL EXAMINATION INSPECTION OF THE WRIST GENERAL TESTS OBJECTIVE ASSESSMENTS SUMMARY DIAGNOSTIC INJECTION CRITICAL POINTS The wrist is a highly complex joint in a very compact space . Successful clinical evaluation of the wrist requires a 1. Successful clinical examination of the wrist requires a thorough knowledge of wrist anatomy, biomechanics, and thorough knowledge of wrist anatomy, biomechanics, pathology. Also required is knowledge of surface anatomy and pathology . and the corresponding underlying structures . The keys to a 2. The wrist examination includes a complete history, successful examination are to link the symptoms with the visual inspection, objective assessments, and a underlying palpable structures and to correlate the mecha- systematic physical examination, including palpation nism of the injury with the physical findings . Some common and provocative testing . conditions may be easily identified on the basis of the clinical 3. The keys to a successful examination are to link the examination, whereas others may require additional diagnos- symptoms with the underlying palpable structures and tic studies, imaging, and repeat evaluations . to correlate the mechanism of the injury with the The components of the wrist examination include a thor- physical findings . ough history, visual inspection, objective assessments, and a 4. Before the wrist is examined, a careful inspection of the systematic physical examination, including palpation and entire upper extremity should be performed to rule out provocative testing to identify tenderness and abnormal other extrinsic and more proximal causes for the wrist motion between bones. -
The Lower Extremity Exam for the Family Practitioner
Melinda A. Scott, D.O. THE LOWER EXTREMITY Orthopedic Associates of EXAM FOR THE FAMILY Dayton Board Certified in Primary Care PRACTITIONER Sports Medicine GOALS Identify landmarks necessary for exam of the lower extremity Review techniques for a quick but thorough exam Be familiar with normal findings and range of motion Review some special maneuvers and abnormal findings Review common diagnoses PRE-TEST QUESTIONS 20% 20% 20% 20% 20% If a patient has hip arthritis, where will he or she typically complain of pain? A. Buttock B. Low back C. Lateral hip D. Groin E. Posterior thigh 10 A. B. C. D. E. Countdown PRE-TEST QUESTIONS A positive straight leg raise test indicates 20% 20% 20% 20% 20% that the patient’s hip pain is from a A. Radicular/sciatic etiology B. Hip joint pathology C. Bursitis D. Tight Hamstrings E. Weak hip flexors 10 Countdown A. B. C. D. E. PRE-TEST QUESTIONS A positive McMurray’s tests is indicative of 20% 20% 20% 20% 20% a possible A. ACL tear B. MCL tear C. Patellar dislocation D. Joint effusion E. Meniscus tear 10 Countdown A. B. C. D. E. PRE-TEST QUESTIONS Anterior drawer test on the knee is performed with the knee in 20% 20% 20% 20% 20% A. 30 degrees flexion B. 90 degrees flexion C. Full extension D. 45 degrees flexion E. 130 degrees flexion 10 Countdown A. B. C. D. E. PRE-TEST QUESTIONS A positive squeeze test during an ankle 20% 20% 20% 20% 20% exam is indicative of A. Syndesmotic injury B. -
Best Tests for Differential Diagnosis What Are the Metrics of Diagnosis?
9/6/2018 Best Tests for Differential Diagnosis What are the Metrics Chad Cook PhD, PT, MBA, FAAOMPT of Diagnosis? Professor and Program Director Duke University Duke Clinical Research Institute For Diagnosis, There are Analytic Diagnostic Test Metrics Metrics • Diagnostic accuracy • Reliability • Diagnostic accuracy relates to the ability of • Sensitivity a test to discriminate between the target condition and another competing condition. • Specificity • Positive and Negative Predictive Value • Positive and Negative Likelihood Ratios Does Reliability Matter? Sensitivity and Specificity No worries, The you will Sensitivity: Percentage of people who test positive for a condition • be fine is fatal specific disease among a group of people who have the disease • Specificity: Percentage of people who test negative for a specific disease among a group of people who do not have the disease Kappa Intraclass Correlation www.zillowblog.com Coefficient 5 1 9/6/2018 Sensitivity Example Specificity Example • 50 patients with arm pain associated • 50 patients with no arm pain with cervical radiculopathy associated with a cervical strain • Test was positive in 40 of the 50 • Test was positive in 5 of the 50 cases cases • Sensitivity = 40/50 or 80% • Specificity = 45/50 or 90% • Correct 80% of the time in cases • Correct 90% of the time in cases that were cervical radiculopathy that were NOT cervical radiculopathy http://www.triggerpointbook.com/infrasp2.gif http://www.triggerpointbook.com/infrasp2.gif Likelihood Ratios • A high LR+ influences post-test probability with a positive finding • A value of >1 rules in a diagnosis • A low LR- influences post-test probability with a negative finding • A value closer to 0 is best and rules out Bossuyt P, et al. -
Spine to Move Mobile Lumbar Spine 7) Cauda Equina Syndrome
13rd EDITION by Anika A Alhambra PERIPHERAL NERVE INJURY SEDDON classification: I. NEUROPRAXIA. − Transient disorder (spontan recovery), several weeks. − EMG of the distal lession usually normal. − Caused by mechanical pressure, exp: − Crutch paralysis − Good prognosis. II. AXONOTMESIS − A discontinuity of the axon, with intact endoneurium. − Wallerian degenration on the distal side. − There is an axon regeneration : 1 – 3 mm/day − Good prognosis III. NEUROTMESIS − Nerve trunk has distrupted, include endoneural tube − Regeneration process Æ neuroma − Prognosis: depend on the surgery technique. SUNDERLAND Classifications: I. Loss of axonal conduction. II. Loss of continuity of the axon, with intact endoneurium. III. Transection of nerve fiber (axon & sheath), with intact perineurium. IV. Loss of perineurium and fascicular continuity. V. Loss of continuity of entire nerve trunk. DEGREE DISCONTINUITY DAMAGE TREATMENT PROGNOSIS 1st None, conduction block Distal nerve fibers Observation Excellent (neuroprxia) remain intact 2nd Axon (axonotmesis) Based on fibrosis Observation Good 3rd Axon & endoneurium Based on fibrosis Lysis Ok 4th Axon, Fibrotic Nerve graft Marginal endoneurium,perineurium connective tissue connects 5th Complete (neurotmesis) Complete Graft/transfer Poor PATOPHYSIOLOGY on the nerve compression injury: 23rd EDITION by Anika A Alhambra 1. Disturb to microcirculation Æ ischemia 2. Disturb to axoplasmic transport Æ neruroaxonal transport Intravascular edema (Increase of vascular permeability) (Degeneration process) Proliferating fibroblast Separation nerve fiber One week (Demyelination) Note: compression 20-30 mmHg Æ pathology on epineurium >80 mmHg Æ completely stop 30 mmHg (8j); 50 mmHg (2j) Æ reverse after 24 hours 400 mmHg (2j) Æ reverse after 1 week ‘Tinnel sign’, is happened on injury and compression, it is sign of regeneration process (continuity sign) Pathological changes on ‘PRIMARY NERVE REPAIR’ 1.