The post-In hands, we will discuss the op rehab implications for these surgeries.-on functional rehab labs, where you’ll practice cutting-There are edge interventions that can also be done in the clinic.
Terry Rzepkowski – Post-Op Rehab Workshop, Evaluation & Treatment Strategies for Shoulder, Hip, & Knee
You will learn how to recognize common problems in the hip, knee, and shoulder and the different surgical options available. for repair. Check out the most recent surgical techniques. The post-In hands, we will discuss the op rehab implications for these surgeries.-on functional rehab labs, where you’ll practice cutting-There are edge interventions that can also be done in the clinic.
This comprehensive training workshop also includes intervention and evaluation strategies for:
- Tears from the Shoulder RTC
- Total shoulder replacement
- Glenoid labrum tear
- Acetabular labral defect
- Hip fracture
- Total hip replacement
- Meniscal injury
- Osteochondral defect
- Tear ACL
- Total knee replacement
- Hands on-On-site clinical assessment to determine structural pathology in the hip, shoulder, and knee.
- Assess the predisposition factors for injury to the hip, knee, or shoulder.
- Develop a personalized risk-Specific treatment to reduce functional injury predispositions
- Examine the anatomy and biomechanics for the hip, knee, and shoulder.
- Discuss the prognosis, treatment duration and outcomes. for Each type of orthopaedic surgical procedure
- Hands on-on functional rehab techniques for The hip, shoulder, and knee
- Create home exercise programs that are functional and staged in a way that is easy to follow.
SHOULDER
PREVENTION EXAM
- Postural positioning of head and scapula
- Impingement exam
- Neer
- Hawkins/Kennedy
- Crossover
- To reduce impingement, ergonomic accommodations
- HANDS-ON LAB
ANATOMICAL & BASIC BIOMECHANICS
- Anatomy and Function of the Shoulder
- Anatomy Review of Joint Structure
MEDICAL DIAGNOSES & SURGICAL INTERVENTIO
- Comparative normal versus diagnostic imaging (X-ray, MRI)
- Tears from the Shoulder RTC
- Labral defects in the shoulder
- Shoulder Fx
- Total shoulder replacement: anatomical or reverse
- HANDS-ON LAB
CLINICAL DIAGNOSIS
- Correlation mechanism for injury
- Damage exam
- RTC
- Glenoid Labrum
- Biceps long head
-
HANDS-ON LAB
INJURY PREVENTION and DEVELOPMENT A JOINT-SPECIFIC TREATMENT PLANS
- Proximal scapular stability is essential for distal mobility.
- Progression:
- Considerations regarding flexibility
- Manual scapular stabilization exercises
- RTC manual ex-scapular integration
- Dynamic distal stabilization exercises
- Resistance training at home
-
HANDS-ON LAB
HIP AND KNEE
PREVENTION EXAM
- HIP: The posture of the pelvis sagittal/frontal plane
- Predisposing elements
- Glut medius weakness
- IT band test (Ober’s)
- Hip flexor (Yeomans’s, ELY)
- Hamstrings
- HANDS-ON LAB
- KNEE: Dynamic positioning of movement
- Dynamic Valgus
- Ligament dominance
- Quad dominance
- Leg dominance
- Wearing footwear/ankle wear
- HANDS-ON LAB
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ANATOMICAL & BASIC BIOMECHANICS
- Anatomy of the hip/knee
- Anatomy of each joint structure
- Video of a surgical procedure
MEDICAL DIAGNOSIS AND SURGICAL INTERVENTION
- HIP: Comparative normal versus diagnostic imaging (X-ray, MRI)
- Acetabular labral defects
- Hip fracture
- Total hip replacement (approaches are: posterior,lateral, anterior).
- KNEE: Comparative normal versus diagnostic imaging (X-ray, MRI)
- Meniscal Injury (menisectomy or repair)
- Osteochondral defect
- ACL repair (Hamstring vs Patellar Tendon)
- Total Knee Replacement (Traditional and Subvastus; Bipolar, Unipolar, Custom fit).
CLINICAL DIAGNOSIS
- HIP: The correlate mechanism of injury
- Tissue exam
- Piriformis
- Faber
- Hip Scour
- HANDS-ON LAB
- KNEE: Correlate mechanism to injury
- Tissue exam
- Ligament Medial-Lateral
- Ligament Anterior-Posterior
- Meniscal injury
- HANDS-ON LAB
INJURY PREVENTION and DEVELOPMENT A JOINT-SPECIFIC TREATMENT PLANS
- HIP: Balance between weakness and flexibility
- Considerations regarding flexibility
- Closed chain stability tests for proximal proximity
- Exercises for the hips and core
- Home exercises for Dynamic functional integration
- HANDS-ON LAB
- KNEE: Incorporate Neuromuscular (N-M) Retraining
- Considerations regarding flexibility
- Exercises in functional closed-chain coordination
- Fix ligament/muscular dominance
- Sensory integration is key to balance progression
- N-M Integration in JumpMechanics
- Home exercises for Dynamic functional integration
- Advanced plyometric training for The LE
- HANDS-ON LAB
Course Features
- Lectures 0
- Quizzes 0
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 103
- Assessments Yes
