All-Inside ACL GraftLink Technique Videos
All-Inside ACL GraftLink Technique
Dr. Lubowitz demonstrates an ACL surgery using an all-inside ACL graftlink technique. As a leading researcher in the field of knee arthroscopy Dr. Lubowitz has found that the all-inside ACL graftlink technique shows statistically significant less pain then the full tibial tunnel technique.
All-Inside ACL GraftLink Preparation
Dr. Lubowitz demonstrates the steps to prepare an ACL graftlink. Although meticulous, this process is very reproducible. Proper preparation is crucial to the success of of an all-inside ACL graftlink reconstruction.
Minimally Invasive Posterior Hamstring Harvest
James Lubowitz, MD shows a minimally invasive posterior hamstring harvest for an ACL reconstruction.Due to the lower risk of arthritis, and equal outcomes, the use of a hamstring graft is very common today.
Patient Education Videos
How to Read an MRI of a Torn Meniscus
The menisci serve as the shock absorbers in the knee. Dr. Lubowitz demonstrates the how to identify a healthy and unhealthy knee meniscus. In addition, he shows how to arthroscopically treat a torn meniscus.
How to Read an MRI of an ACL Tear
The anterior cruciate ligament (ACL) is one of the four main ligaments in the knee joint. The ACL is known as the stabilizer in the knee. Dr. Lubowitz explains how to read an MRI of an ACL tear by comparing and contrasting a healthy ACL to a torn ACL.
Knee Arthroscopy – ACL Reconstruction
Knee arthroscopy is a minimally invasive surgical technique that uses a fiberoptic camera (smaller than a pen) inserted into the joint through arthroscopic portals. Knee arthroscopy is an effective way to treat a torn ACL.
Analysis of Skier’s Knee
The rise in popularity of skiing has led to an increase in knee injuries. Knee injuries in skiers have a unique epidemiology and distinct mechanism. Understanding the exact mechanisms of knee injuries in skiers can help arthroscopic surgeons and related researchers treat and investigate skier’s knee injuries.
MRI of the Post-Operative Meniscus
Capturing an image of a postoperative meniscus can serve as a challenge, but magnetic resonance imaging (MRI) of the symptomatic knee after meniscal surgery is a valuable diagnostic study for both the menisci and the entire joint. For patients who had a partial meniscetomy of less than 25% may be evaluated by MRI, but for those who have a partial meniscectomy of greater than 25%, meniscal repair, a direct or indirect magnetic resonance arthrography (MRA) should be considered for evaluation. This study analyzes the decision between performing a direct (intra-articular) MRA, indirect (intravenous) MRA, or MRI to evaluate the meniscus after surgical repair.
Cost-Effectiveness of ACL Reconstruction
The purpose of this study is to analyze the cost-effectiveness of knee arthroscopy and ACL reconstruction. The study used a retrospective analysis of prospectively collected data from a single-surgeon, institutional review board-approved outcomes from a surgically treated knee athroscopy and ACL reconstruction. The outcome measured cost-effectiveness (cost of quality-adjusted life-year QALY) before and after surgery.
Arthroscopic Partial Meniscectomy in Knee Osteoarthritis
The purpose of this study was to test the hypothesis that arthroscopic partial meniscectomy results in knee osteoarthritis at long-term follow-up. The study analyzed level I to IV evidence studies reporting either radiographic or clinical osteoarthritis outcomes measures with a minimum of 8 years’ follow-up after partial arthroscopic meniscectomy.
ACL Reconstruction Graft-Link Techniques
This study describes an anatomic, single-bundle, all inside anterior anterior cruciate ligament (ACL) graft-link technique using second-generation Flipcutter guide pins (Arthrex), which become retrograde drills, and second-generation cortical suspensory fixation devices with adjustable graft loop length: femoral TightRope (Arthrex) and tibial ACL Tight-Rope-Reverse Tension (Arthrex).
ACL Injuries in Patients Over 40
The purpose of this study was to determine the optimal treatment of an anterior cruciate ligament (ACL) tear in patients aged 40 years or older. The study evaluated 100 randomly selected individuals aged 40 years or older with regard to the following variables: age, gender, activity level, and visual analog scale regarding potential outcome preferences. The patients were divided into operative and non-operative potential outcomes.
Arthroscopic Knee Surgery Video
Part 1: Knee Positioning
Dr. Lubowitz discusses knee positioning prior to arthroscopy knee surgery. The specific knee injury will determine the exact positioning of the knee initially and throughout surgery.
Part 2: Surface Anatomy and Portal Placement
Dr. Lubowitz discusses the surface anatomy of the knee, and the portal placement. Understanding the anatomy of the knee externally is crucial to executing a successful arthroscopic knee surgery.
Part 3: Diagnostic Arthroscopy
Through the use of an arthroscopic camera, Dr. Lubowitz demonstrates the basic steps to knee arthroscopy, and gives educational insight on the anatomy of the knee.
Part 4: Chondroplasty, Menisctomy, and Cruciate Ligament Evaluation
Dr. Lubowitz evaluates chondroplasty, menisectomy, and the cruciate ligaments. In addition to his evaluation, he discusses basic knee arthroscopy techniques.