Terry Rzepkowski – Post-op Rehab Workshop, Evaluation & Treatment Strategies for Shoulder, Hip, & Knee

The post-These surgeries can have op rehabilitation implications. This will be discussed in hands-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

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, including video analysis of procedures that show changes before and during intraoperative repair. The post-These surgeries can have op rehabilitation implications. This will be discussed in hands-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 covers evaluation and intervention 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 of the ACL
• Total knee replacement

1. Do it hands-On-site clinical assessments to determine structural pathology in the hip, shoulder, and knee.
2. Perform assessment techniques to determine predisposing elements to injury of the shoulder, hip, or knee
3. Develop a personalized risk-Specific treatment approach to minimize functional injury predispositions
4. The anatomy and biomechanics behind the shoulder, hip, or knee are discussed.
5. Discuss treatment duration, prognosis and the outcome. for Each type of orthopedic surgery procedure
6. Do it hands-on functional rehab techniques for The shoulder, hip, knee, and hip.
7. In a staged manner, design functional home exercise programs

SHOULDER

PREVENTION EXAM

• Postural positioning of the head & scapula
• Impingement exam​
  • Neer​
  • Hawkins/Kennedy
  • Crossover
  • Ergonomic accommodations to reduce impingement
• HANDS-ON LAB

ANATOMICAL & BASIC BIOMECHANICS

• Anatomy of the Shoulder
• Anatomy of the joint structure

MEDICAL DIAGNOSES & SURGICAL INTERVENTIO

• Comparative normal versus diagnostic imaging (X-ray, MRI)
• Tears from the Shoulder RTC
• Shoulder labral defects
• Shoulder Fx
• Total shoulder replacement: anatomical, or in the reverse
• HANDS-ON LAB

CLINICAL DIAGNOSIS

• Correlation mechanism of injury
• Damage exam​
  • RTC​
  • Glenoid labrum
  • Biceps long head

• HANDS-ON LAB

INJURY PREVENTION & DEVELOPING A JOB-SPECIFIC TREATMENT PLANS

• Establish proximal stability of the scapular. Distal mobility can be achieved.
• Progression:
  • Flexibility considerations
  • Manual scapular stabilization exercises​
  • RTC manual ex with capular integration
  • Dynamic distal stabilization exercises
  • Home exercise with resistance

• HANDS-ON LAB

HIP AND KNEE

PREVENTION EXAM

• HIP: Posture in the pelvis sagittal/frontal plane
•  Predisposing elements
  • Glut medius weakness
  • IT band test (Ober’s)
  • Hip flexor (Yeomans’s, ELY)
  • Hamstrings (SLR).
• HANDS-ON LAB
• KNEE: Dynamic positioning of movement
• Dynamic Valgus
  • Ligament dominance
  • Quad dominance
  • Leg dominance
  • Foot wear/ankle position
• HANDS-ON LAB

Would you like a gift? Terry Rzepkowski – Post-op Rehab Workshop, Evaluation & Treatment Strategies for Shoulder, Hip, & Knee ?

ANATOMICAL & BASIC BIOMECHANICS

• Anatomy and function of the hip/knee
• Anatomy review for each joint structure
  • Videos on surgical procedure

MEDICAL DIAGNOSES & SURGICAL ITERVENTION

• HIP: Comparative normal versus diagnostic imaging (X-ray, MRI)
• Acetabular labral defects
• Hip fracture
• Total hip replacement (approaches to: posterior, lateral and 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. Subvastus. Bipolar. Unipolar. Custom fit).

CLINICAL DIAGNOSIS

• HIP: Correlate mechanism to injury
•  Tissue exam
  • Piriformis
  • Faber
  • Hip Scour
• HANDS-ON LAB
• KNEE: Correlate mechanism for injury
•  Tissue exam
  • Ligament Medial-Lateral
  • Ligament Anterior-Posterior
  • Meniscal injury
• HANDS-ON LAB

INJURY PREVENTION & DEVELOPING A JOB-SPECIFIC TREATMENT PLANS

• HIP: Balance between weakness and flexibility
  • Flexibility considerations
  • Closed chain stability tests for proximal proximity
  • Core and hip exercises
  • Home exercises for Dynamic functional integration
• HANDS-ON LAB
• KNEE: Incorporate Neuromuscular (N-M) Retraining
  • Flexibility considerations
  • Exercises in functional closed chains
  • Fix ligament/muscular dominance
  • Balance progression through sensory integration
  • N-M integration in jump mechanics
  • Home exercises for Dynamic functional integration
  • Advanced plyometric training for The LE
• HANDS-ON LAB