Michael T. Gross – Evidence-Based Interventions for Osteoarthritis, Meniscal/Labral Lesions, Muscle/Tendon Strains, & Tendinitis

Salepage : Michael T. Gross – Evidence-Based Interventions for Osteoarthritis, Meniscal/Labral Lesions, Muscle/Tendon Strains, & Tendinitis
Archive : Michael T. Gross – Evidence-Based Interventions for Osteoarthritis, Meniscal/Labral Lesions, Muscle/Tendon Strains, & Tendinitis Digital Download
Delivery : Digital Download Immediately

Michael T. Gross is a member of the faculty.
Duration: One Whole Day
Audio and video formats are available.
Copyright: 21st of June, 2017
Description
Keep the original equipment and prevent total joint replacement to protect the articular cartilage from additional deterioration.
Comprehensive tactics for ensuring effective meniscal and labral healing Superior procedures for treating first-time muscle strains so they don’t reoccur
Effective treatments for individuals who have experienced many recurrences of muscular strain
How to shield tendon pulley systems from tensile, compressive, and frictional abrasion

This course’s material will assist physicians with clinical decision-making, allowing you to develop your profession. Dr. Gross’s discussion subjects are based on research that he has synthesized over the course of his 30 years of practice, research, and teaching. As soon as you return to patient care, you will be able to determine the scientific foundation for changing practice patterns.

Imagine how your practice might change if you could confidently answer the questions below…

When using a cane, which hand should be utilized if a patient has knee varus versus knee valgus?
What are the best therapeutic treatments for tendinopathies when tendons wrap around tendon pulley mechanisms?
What occurs when high pressures go across epiphyseal plates?
How can we assist young patients avoid apophyseal avulsion fractures?
How can we assist our patients in avoiding recurrences of muscular strain?
What are the best approaches for detecting labral lesions in the hip or glenohumeral joints?
What are the most effective ways for detecting meniscus lesions in the knee?
What are the evidence-based guidelines for treating knee meniscus lesions, as well as hip and shoulder labral lesions?
Handouts
ZNM063345 Manual (11.02 MB) 82 Pages Available After Purchase Outline

OSTEOARTHRITIS

Articular cartilage composition
Articular cartilage mechanical properties
The three primary destructors of articular cartilage
Exercise factors that reduce frictional abrasion on articular cartilage
Keeping your patient safe from impact loading
Methods for adjusting contact pressures
Repair attempts that are both conservative and intrusive, and how to handle them
Running shoes and foot striking pattern interaction
So you thought you understood how to use a cane to correct knee varus/valgus?

LESIONS OF THE MENISCAL/LABRAL SYSTEM

Changing your mind regarding meniscectomy after a scope
Improving the repair response of the meniscus
What will the patient’s tale be if SLAP lesions are detected?
The best specific tests for detecting SLAP lesions
The fundamentals of SLAP lesion rehab depending on lesion type/repair
Finding hip labral lesions
Hip labral lesions rehabilitation
Models of joint instability and its impact on the meniscus
Enhancing the repair response
Transplantation of the meniscus

STRAINS OF MUSCLE AND TENDON

At the microscopic level, here’s why the weekend warrior is prone to muscle-tendon junction injuries.
The Jarvinen Approach to Muscle Strain Treatment
Factors that contribute to recurring muscle strains in patients – how to break the cycle
Managing compartment injuries
Avulsion injuries in elderly adults Apophyseal injuries in children

TENDINITIS

Tendon structure in healthy tendon and chronic tendinosis tendon
Acute versus chronic tendinitis treatment
Tendon pulley devices are a triple threat.
Techniques for reducing compressive stress in tendon pulley mechanisms
Techniques for reducing frictional abrasion in tendon pulley mechanisms
Tendon pulley mechanisms are used in the shoulder, wrist, and ankle.
Rathbun and McNab’s “Wringing Out Effect” and its Applications
Faculty
Dr. Michael T. Gross, PT, FAPTA Seminars and goods that are related: 4

Michael T. Gross, PhD, PT, FAPTA, is a certified physical therapist with 37 years of experience focusing in biomechanics and orthopaedic evaluation and treatment. For all of these years, he has maintained a continuous clinical practice, now seeing patients at his faculty practice two days per week.

He teaches in the University of North Carolina at Chapel Hill’s PhD Program in Human Movement Science and the Doctorate of Physical Therapy (DPT) program in the Division of Physical Therapy. Dr. Gross has published 70 peer-reviewed academic articles in journals such as the Journal of Orthopaedic and Sports Physical Therapy, Physical Therapy, and the Journal of Manual and Manipulative Therapy. He served on the Editorial Review Board of the Journal of Orthopaedic and Sports Physical Therapy and as a reviewer for several other journals. Dr. Gross received the Teaching Excellence Award from the University of North Carolina at Chapel Hill School of Medicine, as well as the American Physical Therapy Association’s Margaret L. Moore Award for Outstanding New Academic Faculty.

In addition, he was named a Fellow of the American Physical Therapy Association. He has presented over 300 regional, national, and worldwide presentations, all of which have received high marks from participants for knowledge, talent, and wit.

Disclosures for Speakers:

Michael Gross is a Professor in the Division of Physical Therapy at the University of North Carolina in Chapel Hill. PESI, Inc. pays him a speaking honorarium.

Michael Gross does not have any relevant non-financial relationships to declare.

More from Categories : Health & Fitness