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What We Do As Physical Therapists

12/9/2013

5 Comments

 
One of the points my mentor has drilled into myself and the other resident since day 1 is going back to what we can actually do as physical therapists: train strength, mobility, and motor control. That is it. The role of our examination reveals numerous data points that fall into these categories. Physical therapy, in essence, is not as difficult as we make it out to be. If a muscle is weak, strengthen it. If a muscle is adaptively shortened or joint is hypomobile, stretch/mobilize the tissue. If the neuromuscular system is demonstrating alternative patterns, some retraining is in order.

Now, I recognize that this is an extreme simplification of our profession, but it helps to bring things somewhat into perspective and might serve as a nice base level for new grads/students who are apprehensive or feeling overwhelmed in the clinic. Of course there are additional and specialized treatment techniques that are growing in popularity, but the impairments do not change. Take dry needling, for example. This growing intervention can be extremely useful for treating soft tissue adhesions that limit mobility or proper neuromuscular function. The training and education we gain through our years of practice offers us a variety of methods to accomplish the same goals, just through different methods.
Picture
One of the components I love about this residency at Scottsdale Healthcare is the amount of information to which we are exposed. One of the core sets of readings we have includes the APTA Orthopaedic Section's Current Concepts for each joint, both standard and post-op. These readings give us some of the most up-to-date findings regarding ROM measurements, anatomy, special tests, examination and treatment techniques. What is really nice is that the authors of each section are typically the ones responsible for writing the questions on the OCS exam.

While the information from the Current Concepts readings is useful for treating each pathology, it unfortunately can stray away from a more important part of our plan of care. The Current Concepts readings (and much of what we were taught in PT school) function in that they identify the source of the pain and how to treat that specific structure and the pathologies associated with it. What they don't do is help us identify the cause of the of pain development in that structure. Another large chunk of our readings come from Sahrmann's Movement Impairment Syndromes books. She emphasizes the importance of assessing subtle joint movements. These are often the key to determining why a patient developed pain. Take a patient with groin pain with hip flexion. Our special testing may tell us that there is some femoral acetabular impingement, but WHY is that occurring? Reading the evidence alone will tell you it's because of bony deformities such as pincer and CAM lesions, but remember how bone deformities develop. Bone grows in response to stress. That means that often the CAM and pincer lesions only developed as a result of repeated contact as a result of abnormal joint mechanics (yes there are likely genetic bone deformities as well). By assessing the actual joint mechanics we can determine why that impingement ever started. Sahrmann teaches using palpation of the greater trochanter during hip flexion (or the affected motion) to determine the mechanics. If the greater trochanter glides anteriorly with hip flexion, it's no wonder the patient is experiencing impingement! Often this is a result of decreased strength of gluteus maximus and iliopsoas, along with the patient having a preference for recruitment of hamstrings for hip extension and a tight posterior capsule.

Another example I have seen quite frequently since starting my residency has involved shoulder impingement. In school and in the literature, subacromial impingement is the primary type of impingement addressed. We are taught to utilize special tests and clusters to determine the diagnosis. Following accurate diagnosis, research gives us exercises that are commonly used for treating that diagnosis. What is the problem with this? Again we are ignoring why the patient developed impingement in the first place. Without understanding the cause, we may be incorrect with the type of impingement. Since covering this material in the residency, I have found far more cases of anterior glide/impingement compared to "subacromial impingement." Often your patients with the many types of impingement may test positive for your subacromial impingement clusters. This can be problematic if you are treating your patients based on diagnosis as opposed to an impairment-based approach. The types of impingement often require very different methods of intervention. If you are doing a thorough examination, you will find the accurate impairments and treat accordingly anyway!

A lot of what Sahrmann teaches is common sense to the physical therapist upon retrospect. If we are thorough with our evaluation and treat the impairments (strengthen, mobilize, motor control training!), we would end up with the same result. Yet, Sahrmann's readings do an excellent job of bringing everything together and forcing us to actually live up to our name - movement specialists. It is easy to get lazy and not do a thorough movement analysis at the joint level. While special tests have their place (especially in the acute/traumatic cases), I am finding the use of them less and less important the more I work with an impairment and movement-driven approach. By going back to anatomy and fully assessing movement, we can determine why the structure ever developed pain in the first place and restore proper movement patterns.

-Chris
5 Comments
john zapanta link
12/9/2013 09:47:36 am

good stuff, i tweeted you up with my feedback

Reply
Chris link
12/9/2013 12:54:49 pm

Thanks for your comments, John. I admit I was definitely focusing on the physical aspects with this post, but the psychosocial aspects are huge. Just look at patient compliance with HEP, chronic pain in general, etc. Great additions.

Reply
Brandon P
12/9/2013 11:16:46 pm

As a second-year DPT student, I enjoy reading your thoughts on your current residency and how what you learned in school may differ from what you're experiencing now! I look forward to applying for a residency!

Reply
Chris link
12/10/2013 01:30:06 pm

Thanks Brandon and I'm glad to hear you are considering a residency! If you have any questions about the process or looking for advice, let us know!

Reply
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  • Home
  • About Us
  • TSPT Academy
  • Resources
    • Newsletter
    • Orthopedic Blog
    • Featured Articles
    • Research Articles
    • Residency Corner
  • Special Tests
    • Cervical Spine >
      • Alar Ligament Test
      • Bakody's Sign
      • Cervical Distraction Test
      • Cervical Rotation Lateral Flexion Test
      • Craniocervical Flexion Test (CCFT)
      • Deep Neck Flexor Endurance Test
      • Posterior-Anterior Segmental Mobility
      • Segmental Mobility
      • Sharp-Purser Test
      • Spurling's Maneuver
      • Transverse Ligament Test
      • ULNT - Median
      • ULNT - Radial
      • ULNT - Ulnar
      • Vertebral Artery Test
    • Thoracic Spine >
      • Adam's Forward Bend Test
      • Passive Neck Flexion Test
      • Thoracic Compression Test
      • Thoracic Distraction Test
      • Thoracic Foraminal Closure Test
    • Lumbar Spine/Sacroiliac Joint >
      • Active Sit-Up Test
      • Alternate Gillet Test
      • Crossed Straight Leg Raise Test
      • Extensor Endurance Test
      • FABER Test
      • Fortin's Sign
      • Gaenslen Test
      • Gillet Test
      • Gower's Sign
      • Lumbar Quadrant Test
      • POSH Test
      • Posteroanterior Mobility
      • Prone Knee Bend Test
      • Prone Instability Test
      • Resisted Abduction Test
      • Sacral Clearing Test
      • Seated Forward Flexion Test
      • SIJ Compression/Distraction Test
      • Slump Test
      • Sphinx Test
      • Spine Rotators & Multifidus Test
      • Squish Test
      • Standing Forward Flexion Test
      • Straight Leg Raise Test
      • Supine to Long Sit Test
    • Shoulder >
      • Active Compression Test
      • Anterior Apprehension
      • Biceps Load Test II
      • Drop Arm Sign
      • External Rotation Lag Sign
      • Hawkins-Kennedy Impingement Sign
      • Horizontal Adduction Test
      • Internal Rotation Lag Sign
      • Jobe Test
      • Ludington's Test
      • Neer Test
      • Painful Arc Sign
      • Pronated Load Test
      • Resisted Supination External Rotation Test
      • Speed's Test
      • Posterior Apprehension
      • Sulcus Sign
      • Thoracic Outlet Tests >
        • Adson's Test
        • Costoclavicular Brace
        • Hyperabduction Test
        • Roos (EAST)
      • Yergason's Test
    • Elbow >
      • Biceps Squeeze Test
      • Chair Sign
      • Cozen's Test
      • Elbow Extension Test
      • Medial Epicondylalgia Test
      • Mill's Test
      • Moving Valgus Stress Test
      • Push-up Sign
      • Ulnar Nerve Compression Test
      • Valgus Stress Test
      • Varus Stress Test
    • Wrist/Hand >
      • Allen's Test
      • Carpal Compression Test
      • Finkelstein Test
      • Phalen's Test
      • Reverse Phalen's Test
    • Hip >
      • Craig's Test
      • Dial Test
      • FABER Test
      • FAIR Test
      • Fitzgerald's Test
      • Hip Quadrant Test
      • Hop Test
      • Labral Anterior Impingement Test
      • Labral Posterior Impingement Test
      • Long-Axis Femoral Distraction Test
      • Noble Compression Test
      • Percussion Test
      • Sign of the Buttock
      • Trendelenburg Test
    • Knee >
      • Anterior Drawer Test
      • Dial Test (Tibial Rotation Test)
      • Joint Line Tenderness
      • Lachman Test
      • McMurray Test
      • Noble Compression Test
      • Pivot-Shift Test
      • Posterior Drawer Test
      • Posterior Sag Sign
      • Quad Active Test
      • Thessaly Test
      • Valgus Stress Test
      • Varus Stress Test
    • Foot/Ankle >
      • Anterior Drawer
      • Calf Squeeze Test
      • External Rotation Test
      • Fracture Screening Tests
      • Impingement Sign
      • Navicular Drop Test
      • Squeeze Test
      • Talar Tilt
      • Tarsal Tunnel Syndrome Test
      • Test for Interdigital Neuroma
      • Windlass Test