Full Course Description

Comprehensive Evaluation and Treatment of the Shoulder Complex

A shoulder patient is rarely ‘just a shoulder.’ Differentiating between the rotator cuff, impingement, referred pain from the cervical spine, the thoracic spine, postural dysfunction and more - will even leave experienced clinicians scratching their heads.

Adding to the challenge is the often vague and diffuse symptom reports patient’s offer as they struggle to describe what they feel, other than, “it hurts.”

Successful treatment of the shoulder is just as dependent on your differential diagnosis as it is on any of your interventions.

A complicated process — simplified! You will get to the root cause of impairment faster and confidently with a comprehensive assessment to:

  • Accurately assess the rotator cuff, labrum, joint capsule and ligaments
  • Identify contributions from the AC, SC and scapulothoracic joints
  • Objectively and efficiently assess involvement of the cervical and thoracic spine
  • Live demonstrations and case studies by physical therapist & athletic trainer, Katie DuFrene, PT, DPT, LAT

Knowing is half the battle, next is what you do about it. With an emphasis on function, treatment strategies utilize multiplanar dynamic application. Covered techniques include manual therapy, active mobilization techniques, strengthening, neuromuscular re-education, PNF and more! All of which can be done with simple tools you likely already have in the clinic.

Your success and recognition as the go to shoulder specialist awaits, and at an exceptional price when you register by May 22, 2023.

Program Information

Objectives

  1. Investigate anatomy of the shoulder and its surrounding regions.
  2. Develop a logical and practical assessment of the shoulder, cervical and thoracic spine (including assessment of posture, mobility, strength and palpation).
  3. Propose and clarify the many differential diagnoses that can present as shoulder pain.
  4. Investigate a wide range of treatment techniques to address impairments identified in a shoulder assessment.
  5. Assess barriers/factors that limit progress in shoulder function as it relates to ADLs and occupational tasks.
  6. Apply the assessments and interventions discussed in this seminar to a series of interactive case scenarios.

Outline

Assessment of the Shoulder, Thoracic Spine, Scapula

  • Posture
    • Upper Crossed Syndrome
      • FHP, rounded shoulders, increased thoracic kyphosis
  • Contributing causes
  • Functional Impact
    • Impaired scapular movement pattern
    • Posterior/anterior: muscular tone
  • Joints
    • GH joint
    • SC and AC joints
    • Scapulothoracic joint
  • Key muscle of the shoulder complex
  • Ligaments, joint capsule, labrum
  • AROM Screen of shoulder, c-spine and t-spine
    • FMS/SFMA Movement Screen
      • Cervical spine
      • Shoulder positions 1 and 2
      • Multisegmental flexion/extension
      • Multisegmental rotation
  • Strength Assessment
  • Palpation
    • Tenderness, tone, joint mobility
    • Scapular glides, thoracic PA glides
Differential Diagnosis
  • Instability
  • Impingement
    • Subacromial vs GH
  • Rotator Cuff Pathology
    • Referral patterns, weakness
  • Labral Tear
    • Catching, peel back mechanism
  • Biceps tendonitis
  • Cervical radiculopathy
  • Red flags- when to refer
Treatment – Mobilization
  • IASTM, cupping, STM, TPR
  • Joint mobilization
    • Scapula, GH, thoracic/1st rib, AC & SC joint
  • Capsular stretch
  • Active Treatment Strategies
    • Foam roll, tennis ball
  • Thoracic mobility
    • Seated thoracic ext
    • Physio ball
    • Prone chin tuck
  • Self-Stretch/Home Program
    • Pecs, lats, subscap, posterior capsule
Treatment - Strengthening
  • Scapular Stability
    • Lower trap, serratus
      • Lower trap progression
      • Dynamic planks
    • Mid Trap/Rhomboids
  • Neuromuscular Re-education
    • Dynamic use of physio ball, medicine ball, foam, planking
  • Rotator Cuff Strengthening
    • Isometric strengthening
    • Resistance band
    • Concentric/eccentric strengthening
    • PNF, AROM
Critical Thinking – Bringing it all Together
  • Limited overhead shoulder flexion:
    • What posture may be causing this?
    • What shoulder extensors could be limiting it?
    • What shoulder elevators may be weak/inhibited?
    • What scapulothoracic mechanics are needed?
  • Limited overhead shoulder abduction:
    • What posture may be causing this?
    • What shoulder adductors could be limiting it?
    • What shoulder elevators may be weak/inhibited?
    • What scapulothoracic mechanics are needed?
  • Limited shoulder ER / Limited IR:
    • What posture may be causing this?
    • What muscles could be limiting it?
    • What muscles may be weak/inhibited?
    • What scapulothoracic mechanics are needed?

Target Audience

  • Physical Therapists
  • Physical Therapist Assistants
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Athletic Trainers
  • Strength and Conditioning Specialists
  • Other Rehab and Healthcare Professionals

Copyright : 05/22/2023

Shoulder & Elbow Joint Replacements – New Advancements in Rehab

In this session, you’ll learn all the new advances related to shoulder and elbow joint replacements. Explore the indications for a total shoulder versus a reverse total shoulder. New advances in pain management for same-day surgery will be presented, including nerve blocks and intraoperative pain cocktails. You’ll also gain insight into the new advances in 3D modeling for pre-operative planning along with a rehab focus for return of functional mobility.

Program Information

Objectives

  1. Differentiate the indications and procedures of TSA and Rev TSA 
  2. Investigate surgical approaches, procedures and post-op restrictions through video presentation of joint replacement procedures 
  3. Evaluate criteria for same day surgery and use of nerve blocks used for UE surgery 
  4. Apply methods used for improved post-operative pain management  

Outline

Indications and Procedures of TSA and Rev TSA 

  • RTC integrity and function 
  • Clinical testing for RTC function 
  • How the RSA allows function 

Joint Replacement Procedures 

  • Surgical approaches 
  • Video demonstrations of TSA and RSA 
  • Post-op considerations 
  • Video demonstration of total elbow joint replacement 

Criteria for Same Day Surgery 

  • Evaluate criteria 
  • Interscalene block: use of nerve blocks for UE surgery 
  • Video demonstration of UE nerve block 

Post-Operative Pain Management 

  • Pan management options 
  • Use of Exparel (pain cocktail) 
  • Video demonstrations of intra-operative Exparel 

Target Audience

  • Physical Therapists
  • Occupational Therapists
  • Athletic Trainers

Copyright : 07/31/2020

Manual Therapy to Release the Frozen Shoulder

Adhesive capsulitis (AC) results in significant financial burden, pain and loss of quality of life.  With a lack of understanding, clinicians may painfully and forcibly mobilize with disregard for the myofascial component of AC. This often negatively impacts future functional activity. This session will teach you proven manual therapy techniques that significantly improve outcomes for frozen shoulder. You’ll be better equipped to help your patient with mobility, circulation and pain management for peak functional performance.

Program Information

Objectives

  1. Distinguish etiology, incidence, clinical presentation and classification of the stiff shoulder/adhesive capsulitis.
  2. Assess examination techniques to identify shoulder impingement and AC.
  3. Evaluate the use of manual therapy interventions to improve mobility and function for AC.
  4. Assess current clinical practice guidelines (CPG) for management of AC and review of current evidence with case study example.

Outline

Assess for Adhesive Capsulitis  
•    Etiology, incidence, clinical presentation  
•    Diagnosis and classification  
•    Orthopedic exam tools to identify AC and shoulder impingement  
Manual Therapy Interventions   
•    Myofascial  
•    Soft tissue mobilization  
•    Cupping therapy  
•    Muscle energy/PNF  
Clinical Practice Guidelines  
•    Research review of current interventions  
•    Case study  

Target Audience

  • Athletic Trainers
  • Chiropractors
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Physical Therapists
  • Physical Therapy Assistants

Copyright : 02/28/2023

You May be Rehabbing Upper Extremity Tendons Wrong

Reframe your perspective and develop a more resilient tendon system through today’s best and most effective loading principles that are not consistently utilized in rehab. It is frustrating when progress is slow, but with this paradigm, you’ll simplify what actually works for rehabbing tendon pain and confidently educate the client with realistic expectations.  This systematic approach to evaluating movement dysfunction emphasizes the more meaningful limiting factors in movement dysfunction that produce better outcomes for UE tendinopathy.  Improve your clinical decision-making skills on exercise progression and regression that ensure safety and improvements for patients of all ages and abilities.

Program Information

Objectives

  1. Assess tendon anatomy and function.
  2. Investigate tendon adaptation and nutrition supplements.
  3. Determine when and how to advance exercise for upper extremity tendons.
  4. Demonstrate the regional interdependence of joints and fascial anatomy and its influence on tendons.

Outline

  • Tendon Function and Previous Approach
    • Tendon Anatomy: A Game of Stiffness
    • Primary Upper Extremity Tendon Pathology
    • Previous Approach to Rehabbing Tendon Pathology
  • Newer Trends in Tendon Rehab
    • Load, Load, Load
    • Increase Stiffness
    • Integrating Kinetic Linking
  • Performance Continuum
    • Factors of Human Performance
    • Test and Re-Test Model of Progression
    • Integrating Aerobic and Anaerobic Development
  • Evaluation
    • Movement Screen and Directional Bias
    • Above and Below Influencers
  • Loading Strategies
    • Progressing Baseline and Advanced Movement
    • Progressing Open Chain Drills
    • Progressing Closed Chain Drills
    • Speed and Impact Progressions
  • Supporting Tendon Healing
    • Nutrition for Adaptation
    • Moral Support to the Client
    • Further learning opportunities

Target Audience

  • Athletic Trainers
  • Chiropractors
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Physical Therapists
  • Physical Therapy Assistants

Copyright : 02/27/2023

Total Shoulder Arthroplasty: How Outcomes are Being Minimized Through Functional Neglect

Advances in Total Shoulder Arthroplasty (TSA), including reverse total shoulder Subscapularis and Deltoid sparing approaches have led to a 243% increase in the number of procedures performed over the past decade.  As more clients elect to undergo TSA, orthopedic surgeons continue to report remarkable reduction in pain and increased range of motion.  However, data suggests functional outcomes, proprioception, and a return to normal function have not improved despite surgical advances.  This course will specifically address this mystery and how function should be the foundation of your post shoulder protocol.  In addition, techniques and interventions will be presented that directly impact the areas often neglected with standard post TSA protocols. 

Program Information

Objectives

  1. Investigate the current projections and trends regarding total shoulder arthroplasty and reverse total shoulder arthroplasty.
  2. Differentiate and expand on current surgical procedures, components, and minimally invasive options for the TSA client.
  3. Distinguish the role of therapy in maximizing functional outcomes and proprioception while expanding beyond range of motion and pain.
  4. Construct evidence-based treatment strategies emphasizing function and proprioception for the TSA client.
  5. Master documentation strategies and functional terminology for the TSA client to justify therapy services to payer sources.

Outline

Projections and trends regarding total shoulder arthroplasty and reverse total shoulder arthroplasty

  • Introduction 
  • Trends/Projections of TSA 
  • Why TSA is increasing 
  • Pandemic of Pain 
  • Norms for ROM 
  • Textbook vs. functional 

Current surgical procedures, components, and minimally invasive options for the TSA client 

  • Standard TSA surgical procedure 
  • Reverse TSA 
  • Subscapularis and Deltoid-Sparing 
  • Outcomes TSA vs. RTSA  

Role of therapy in maximizing functional outcomes 

  • How is Post-TSA success measured? 
  • Functional Neglect with standardized assessments 
  • Constant, ASES, DASH, Simple, UCLA 

Constructing evidence-based treatment strategies  

  • Emphasizing function and proprioception for the TSA client 
  • TSA protocols (what’s the problem?) 
  • TSA Functional treatment emphasis 
  • Seated/Standing Sliders 

Documentation strategies  

  • Justify therapy services to payer sources 
  • Documentation Platforms with TSA client 
  • Questions and Wrap-up 

Target Audience

  • Physical Therapists
  • Physical Therapy Assistants
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Athletic Trainers
  • Massage Therapists
  • Chiropractors

Copyright : 11/14/2021

Evidence-Based Examination of the Shoulder Complex and Criteria to Return to Sport

This comprehensive approach to evidence-based examination for an overhead and collision/contact shoulder injured athlete integrates the nervous system into orthopedic rehabilitation.  With current pain science, neuro-cognitive testing, NEW and innovative techniques that focus on the concept of fatigue index, you’ll learn a more in-depth and objective guide for making return to activity decisions. You’ll significantly reduce the risk of re-injury with this effective protocol that better identifies when a patient is ready to return to activity.

Program Information

Objectives

  1. Design an examination approach to determine if an overhead or collision/contact/athlete is ready to return to play.
  2. Modify exercises and progression of activities to safely return an overhead or collision/contact athlete to sporting activities.
  3. Differentiate various shoulder pathologies via prudent clinical examination.

Outline

  • Setting the Stage for Your Most Effective Evaluation
    • Patient reported outcomes
    • Kinesiophobia
    • Imaging and lab studies
    • Posture
    • UE strength testing
    • Core strength testing
  • Specific Examination Techniques to Identify the CAUSE of the Problem
    • Proprioception/perturbation testing
    • AROM/PROM
    • Flexibility
    • Anthropometrics
    • Neurological exam
    • Muscle performance testing
    • Special testing
    • UE functional testing
  • Tests to Differentiate Various Shoulder Pathologies
    • Rotator cuff impingement
    • Rotator cuff tear
    • Labral tear
    • Shoulder instability
    • Scapular dyskinesis
  • Discussion & Q/A

Target Audience

  • Athletic Trainers
  • Chiropractors
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Physical Therapists
  • Physical Therapy Assistants

Copyright : 02/27/2023

Current Concepts in Shoulder Rehabilitation and Performance Enhancement Techniques

Design custom, evidence-based programs with today’s sports med gurus as you explore multi-modal interventions: taping, posture shirts, proprioception/perturbation exercises, novel strengthening exercises, plyometric exercises, and advanced functional exercises.  You’ll gain clinical pearls to improve ROM, flexibility, strength, power, endurance and functional activities for ADLs while also decreasing pain.  With these time-tested and proven techniques, you can restore functional strength more quickly and return more of your athletes to full, unrestricted overhead sports activity.

Program Information

Objectives

  1. Design an evidence-based hierarchy of exercise progression for shoulder impairments.
  2. Construct an exercise regime that will return the overhead athlete to full competition without restrictions.
  3. Manage and progress high level overhead athletes returning from injury or surgery.

Outline

  • Pain Neuroscience
    • Imagery & modalities
  • Techniques to Restore Functional Strength More Quickly
    • Posture, taping, posture shirts & bracing
    • Stretching and joint mobilization
    • Flexibility
    • Core and LE exercises
    • Blood flow restriction (BFR)
  • Neuro-Cognitive Testing & Rehabilitation: Integration of Nervous System into Orthopedic Rehabilitation
    • Proprioception
    • Perturbation
    • Functional exercise training
  • Specific Strategies for Common Impairments
    • Rotator cuff impingement
    • Rotator cuff tear
    • Labral tear
    • Shoulder instability
    • Scapular dyskinesis
  • Return to Activity/Duty/Sports
    • Strategies to work with complicated shoulder patients
    • Functional testing algorithm
    • Discussion, Q/A

Target Audience

  • Athletic Trainers
  • Chiropractors
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Physical Therapists
  • Physical Therapy Assistants

Copyright : 02/27/2023

From Rehab to Performance: The Thrower's Shoulder and Elbow

The act of throwing imposes mechanical force and torque on the elbow and shoulder. Combined with increased volume and intensity, the mechanics of repetitive throwing often results in physical change, dysfunction, and pain.

If you’re not taking these changes into consideration, you are venturing down the wrong path for rehab. Explore the unique kinetic demands of throwing and key anatomy components influencing shoulder and elbow function.

We don’t want you to “shoulder” the weight of searching for strategies to revitalize your athlete’s performance - That’s why we are bringing novel interventions to you that can be utilized in your clinic the very next day!

Get direct access to the blueprint for assessments and interventions that address the specific needs of these ball slinging athletes. You’ll learn to develop exercise progression programs focused on restoring functional mobility and building strength to appropriately endure those forces.

Program Information

Objectives

  1. Evaluate the relevant anatomy of the throwers shoulder and elbow.
  2. Inspect normal throwing mechanics of the UE and the specific force demands on the shoulder and elbow.
  3. Investigate the common pathologies of the elbow and shoulder.
  4. Develop a progression of interventions geared towards reducing risk of injury and maximizing performance.

Outline

  • Were Humans Meant to Throw?
    • Who Throws?
    • Survival of the fittest
    • Evolution of the throwing athlete
  • Mechanics and Forces of throwing
    • Mechanics of throwing a baseball
    • Force generation of throwing
    • Terminology
  • Anatomy of the Throwing Shoulder
    • Patho anatomy and Structural adaptations
    • Forces and Failure points (common injuries)
  • Anatomy of the Throwing Elbow
    • Content – Patho Anatomy and structural adaptations
    • Content – Forces and Failure points (common injuries)
  • Restoring Range of motion
    • Range of motion assessments
    • Manual therapy intervention strategies
    • Self myofascial strategies
  • Building Bulletproof Throwing arms
    • Performance Continuum
    • Building strength and speed in the UE

Target Audience

  • Athletic Trainers
  • Chiropractors
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Physical Therapists
  • Physical Therapy Assistants

Copyright : 02/27/2023

Developing Rotational Speed and Power

Movement dysfunction associated with rotation creates energy leaks that lead to a variety of pathologies. The ability to create and train for rotational power translates across many sports and functional activities. Dive into the specific assessments and evaluation techniques that are best for working with rotational athletes. These targeted techniques will enhance your clinical decision making as you progress from creating motion and building strength to developing speed and power. Using specific and diverse sports examples you will better select appropriate interventions that span the movement continuum from motion, to strength, to speed/power, to performance.

Program Information

Objectives

  1. Assess rotation and all of its varieties alongside what it looks like in various sports and life activities.
  2. Develop an understanding of the joint-by-joint approach and fascial connections and lines that create rotational movements.
  3. Evaluate kinetic linking and how rotational forces are created in the body.
  4. Utilize appropriate movement assessments that better determine an athlete’s rotational potential.
  5. Integrate exercise progressions to enhance rotational speed and power for the rotational athlete.

Outline

  • The Diversity of Rotation
    • Rotation created from the Ground
    • Rotation with no ground reaction
  • Navigating Human Movement
    • Joint by Joint approach
    • Fascial lines
  • Kinetic Linking
    • Forces in Rotation
    • Forces and Failure points (common injuries)
  • Assessing Rotation
    • Movement screening strategies
    • Movement assessment strategies
  • Performance continuum
    • Developing motion
    • Developing strength
    • Developing speed/power

Target Audience

  • Athletic Trainers
  • Chiropractors
  • Occupational Therapists
  • Occupational Therapy Assistants
  • Physical Therapists
  • Physical Therapy Assistants

Copyright : 02/28/2023

Regenerative Medicine: Non-Surgical Options & New Tools for Orthopedics

Patients now have options to improve their outcome function and reduce their daily pain levels - without going under the knife.  Regenerative medicine is quickly becoming a viable option for many orthopedic conditions and many practices are now adding this specialty as a treatment option. In this training, you’ll take a deep dive into: 

  • Side by side recovery timetable comparisons 
  • Implications across the spectrum: from athletes to older adults  
  • Where is the industry currently on insurance coverage? 
  • Spot the imposter! Gain a crucial understanding of what constitutes credible regenerative procedures and those masquerading as regenerative procedures.  

With non-operative management for orthopedic problems of the shoulder, hip, and knee and painful joint conditions, you will propel your practice forward after attending this informative course. Discover what the future holds for regenerative medicine and accelerated healing!  

Program Information

Objectives

  1. Examine the different uses for PRP versus Stem cells. 
  2. Determine the factors of credible versus questionable of Regenerative medicine practice. 
  3. Differentiate shoulder regenerative procedures and timeline progression versus arthroscopic repair. 
  4. Determine the factors of cost comparison in ACL treatment versus conventional reconstruction. 

Outline

Orthobiologics – Regenerative Medicine 

  • Mechanism for repair 
  • Prolotherapy 
  • PRP 
  • Growth Factors 
  • Stem cells 
Determine Most Appropriate Treatment 
  • Identifying candidates 
  • Process of PRP harvest and injection 
  • Process of Stem Cell harvest and utilization 
Treatment Comparisons and Considerations 
  • Timeline, cost, coverage 
    • ACL reconstruction vs Orthobiologic ACL progression  
    • Shoulder arthroscopic repair vs regenerative medicine shoulder progression  
  • Risks and limitations 

Target Audience

  • Physical Therapists
  • Physical Therapy Assistants
  • Athletic Trainers
  • Chiropractors

Copyright : 11/14/2021

Musculoskeletal Ultrasound: Real Time, Dynamic Imaging at Your Fingertips

Imagine if you had the ability to identify tissue dysfunction on the spot!  Musculoskeletal ultrasound gives you the ability to take off the blindfold that has been preventing you from dynamically observing tissues in vivo.   You’ll experience how these techniques can be learned virtually via teleguidance and why this technology is revolutionizing the field: 

  • Real time, dynamic imaging at your fingertips 
  • Identify the cause of restrictions and limitations to ROM in seconds! 
  • Better patient care, better patient satisfaction and lower overall cost.   

Discover what can be visualized with MSK ultrasound and how it is being utilized to streamline patient care in clinics today. With this cutting-edge technology, you will create a new standard of evaluation and enhance patient treatment.  

Program Information

Objectives

  1. Utilize MSK ultrasound imaging to distinguish bony anatomy, ligaments, tendons and muscles.
  2. Inspect ultrasound artifacts and how they can assist and/or limit a scan.
  3. Evaluate normal joint images vs pathology on ultrasound.
  4. Determine uses of musculoskeletal ultrasound for commonly seen pathology.

Outline

Musculoskeletal (MSK) Ultrasound vs. Traditional Imaging 

  • Dynamic vs static imaging 
  • Differentiation of solid vs fluid 
  • Live bilateral analysis  
MSK Ultrasound Imaging 
  • How to identify bony anatomy, ligaments, tendons and muscles  
  • Artifacts and how they can assist and/or limit a scan  
  • Normal joint images vs pathology on ultrasound  
  • Commonly seen pathology 
Implementation into Clinical Practice 
  • Patient assessment/special tests 
  • Current limitations 

Target Audience

  • Physical Therapists
  • Physical Therapy Assistants
  • Athletic Trainers
  • Chiropractors

Copyright : 11/13/2021

Upper Extremity Myofascial Chains: Don't Chase the Symptoms, Find the Cause

Roaming symptoms. Vague pains. No particular diagnosis to attribute to it. New complaints every few sessions. We’ve all been there.

These patients can often leave you feeling frustrated and defeated.

Learning more about myofascial chains revolutionized the way I treat these patients. I’m now able to quickly identify the root cause of dysfunction and alleviate symptoms sooner, often in just a few sessions!

Watch me, Dr. Rina Pandya, as we walk through the time-tested techniques that I’ve developed across my 20+ year career in outpatient therapy. We’ll begin with an in-depth tour of the fascial anatomy and how utilizing those links can help you to provide rapid improvement in movement, stability, strength and functional gains.

Discover how you can:

  • Pinpoint commonly missed diagnoses related to myofascial restrictions
  • Save time and resources for you and your patient with these streamlined techniques
  • Eliminate pain while simultaneously improving biomechanics of the UE

This concise course that will leave you feeling confident in your ability to solve those “mystery” diagnoses the very next day in clinic – resolving the issues that have nagged at these patients for weeks, months or even years!

Program Information

Objectives

  1. Perform skilled evaluation of upper extremity dysfunctions and use the knowledge of myofascial chain for differential diagnoses.
  2. Apply the knowledge of myofascial chain to treat patients successfully in a time sensitive manner instead of chasing the symptoms.
  3. Determine the right treatment strategy for the presenting diagnosis based on skilled evaluation of myofascial chain and the related dysfunctions.

Outline

The Fascial System

  • Anatomical network of connective tissue
  • Properties of fascia: viscosity, elasticity, plasticity, remodeling
  • Difference between fascia and myofascia?
  • Causes of myofascial pain
  • One giant sensory organ?
  • Differential diagnosis of myofascial pain
Clinical Applications: The Myofascial Chains
  • Superficial frontal line
  • Deep frontal line
  • Deep back arm line
  • Superficial front arm line
Contribution of Myofascial Pain Syndrome
  • Oncologic diseases
  • Osteoarthritis
  • Neurological diseases
  • Inflammatory diseases
Evidence-Based Diagnosis
  • Chronic non-specific neck pain
  • Chronic tension type headache
  • Cervicobrachial pain and more…
Strategies for the Most Common MSK Conditions You Treat
  • Tennis elbow
  • Rotator cuff syndrome
  • Scapulohumeral dysfunction
  • Upper extremity synergies
  • Headache
  • TMJ pain
Treatment Techniques That Get
  • Results Fast
  • Myofascial release
  • Global stretches
  • Varied manual therapies
  • Yoga poses
  • Addressing forward head posture
  • Customizable sample exercises and techniques

Target Audience

  • Physical Therapists
  • Physical Therapy Assistants
  • Occupational Therapists
  • Occupational Therapy Assistants
  • COTA
  • Athletic Trainers
  • Chiropractors
  • Massage Therapists

Copyright : 05/03/2021