Download Free Medical Arthritis of the Hip PowerPoint Presentation

Arthritis of the Hip PowerPoint Presentation

DOWNLOAD MEDICAL POWERPOINT PRESENTATION

About This Presentation

Description : Check out this medical presentation on Orthopaedics, which is titled "Arthritis of the Hip", to know about the Arthritis of the Hip.

Tags : Orthopaedics, Arthritis, Hip

Published on : Aug 10, 2021 | Views : 1969 | Downloads : 9

Shareable Url :

Embed Code :

Comment

Transcript

Slide 1-

ARTHRITIS OF THE HIP Roy I Davidovitch, MD Assistant Professor of Orthopaedic Surgery NYU School of Medicine NYU Hospital for Joint Diseases Director, The New York Hip Center
Slide 2-

Agenda How your hip works & why it hurts Is hip arthritis preventable? What are the options for the arthritic hip? Your questions
Slide 3-

How your hip works Anatomy of the hip Ball-and-socket joint Ball (femoral head) at the end of the leg bone (femur) Hip socket (or acetabulum) holds the ball
Slide 4-

What Is Arthritis? Healthy hip The end of each bone in the joint is covered with cartilage, acting as a cushion so the joint functions without pain Diseased hip (osteoarthritis) Wear and tear deteriorates natural cushion, leading to bone-on-bone contact, soreness and swelling
Slide 5-

NORMAL HIP ARTHRITIC HIP
Slide 6-

Arthritis—Background Arthritis is the second most common chronic condition in the US (sinusitis is first) Most common among elderly 20-30% of people over age 70 suffer from osteoarthritis (OA) of the hip Arthritis affects over 32 million people in the US Total costs associated with arthritis are over $82B/year, including hospital and drug costs, nursing home costs, and lost productivity and work
Slide 7-

Types of Arthritis Osteoarthritis (MOST COMMON) Post-Traumatic Inflammatory (rheumatoid arthritis) Secondary to childhood hip disease Many more…..
Slide 8-

Is Arthritis of the Hip Preventable? 5 years ago the answer was NO! Today, the answer is… SOMETIMES!
Slide 9-

Femoral Acetabular Impingement (FAI) Mismatch between the roundness of the head (ball) and the roundness of the acetabulum (socket) Associated with congenital abnormality, childhood hip injury.
Slide 10-

ppt slide no 10 content not found
Slide 11-

Hip Labrum Tear is Caused by FAI Labrum: outer thickening of the cartilage of the socket that cushions the soft cartilage of the surface of the socket.
Slide 12-

Labrum Tears May Progress to Arthritis of the Hip at an Early Age
Slide 13-

How do I know if I have FAI? Groin pain with sitting or deep flexion of the hip (squatting) Clicking/popping at hip (with golf swing) Pain is progressive Pain is not constant
Slide 14-

Treatment Hip Arthroscopy Mini-open decompression Hip Surgical Dislocation Hip socket reorientation Physical therapy usually not helpful
Slide 15-

These treatments are effective at relieving pain. May slow down or prevent the progression of cartilage damage and development of arthritis
Slide 16-

Symptoms of Arthritis Do you sometimes limp? Does your hip feel stiff? Are you losing motion in the hip? Is it difficult to perform daily tasks— like walking, housework or tying shoes? Does pain limit your activities & lifestyle? Does one leg feel “shorter”? Do you experience pain in the groin or front of thigh?
Slide 17-

Treatment Options: Non-operative Activity Modification Weight Loss Cane/walker Physical Therapy Medications: NSAIDs (aleve, motrin, advil) COX-2 Inhibitors (celebrex) Nutritional supplements Injections: Corticosteroid Viscosupplementation
Slide 18-

There is only one “CURE” for arthritis.
Slide 19-

Total Hip Replacement (THR) Implants replace damaged surfaces Helps relieve pain and restore mobility 260,000 each year in the U.S.
Slide 20-

Goals of Joint Replacement Surgery Relieve pain!!! Restore function, mobility to the prearthritis levels
Slide 21-

What is Hip Replacement
Slide 22-

Technique: Total Hip Replacement
Slide 23-

Technique: Total Hip Replacement
Slide 24-

Technique: Total Hip Replacement
Slide 25-

Technique: Total Hip Replacement
Slide 26-

Background Total joint replacement is one of the most commonly performed and successful operations in orthopaedics as defined by clinical outcomes and implant survivorship*
Slide 27-

Current technology has improved the bearing surfaces Makes total hip replacement a viable option in young patients. Components are more durable. Implant Considerations
Slide 28-

Bearing surfaces are the contact points of ball and socket
Slide 29-

When should you have a hip replacement? Arthritis has caused an unacceptable level of pain and decreased ability to participate in activities that the PATIENT considers essential. Age is less of an issue with current technology
Slide 30-

Risks of Hip Replacement Dislocation Leg length discrepancy Infection (surgical treatment) Blood clots (DVT) Fracture Loosening of components Future surgery to revise components
Slide 31-

Dislocation Precautions
Slide 32-

Dislocation precautions, leg length discrepancies and recovery can be dependent on the surgical approach used to enter the hip
Slide 33-

Surgical Approach Posterior (the back of the hip) Highest dislocation rate Easiest for surgeon Lateral (the side of the hip) Lower Dislocation rate Most damage to the muscle Anterior (the front of the hip) Lowest dislocation rate Hardest for the surgeon
Slide 34-

Minimally Invasive Surgery (MIS) “traditional” incision was 12” MIS incisions are 4” Supposed to have lower dislocation rate and decreased pain
Slide 35-

MIS??? Currently no proven benefit to smaller incision other than cosmetic appearance
Slide 36-

MIS= Minimal Incision Surgery The goal of MIS should be minimal disturbance of natural and healthy structures during replacement of the damaged structures This should allow an anatomic reconstruction of the joint and thereby maintain the stability of the hip
Slide 37-

Anterior Total Hip Replacement What is it? Incision is made on the front (anterior) of the leg rather than the side (lateral) or back (posterior) A natural interval BETWEEN muscles exists in the front of the hip Surgery is performed through this natural interval Muscles and tendons are not cut during the procedure.
Slide 38-

Traditional MIS Surgery Patients typically lie on side or front Incision on side or back of leg Surgeon detaches muscles, disrupts tissue Surgeon relies on post-operative X-ray to check component placement & leg length
Slide 39-

Anterior Approach Patients lie on back Incision on front of leg No detachment of muscles, minimal disruption of tissue Surgeon can check component placement & leg length during procedure
Slide 40-

Benefits of the Anterior Approach Dislocation rate <1% NO HIP PRECAUTIONS Leg length more reliably assessed Recovery time significantly accelerated (no cane within 2-3 weeks) Less pain
Slide 41-

Who is NOT a candidate for Anterior Approach Total Hip Replacement? Severe deformity of the femur (diagnosed with an xray) Morbid obesity (BMI> 40) History of previous hip replacement surgery on the same side
Slide 42-

95% of patient ARE candidates for an anterior approach. This can be determined rapidly by an experienced surgeon examining the patient and the xrays.
Slide 43-

Thank You! NYHipCenter@NYUMC.org