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    • 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
    • HEP >
      • Neck and Shoulder >
        • Supine Chin Tuck
        • Supine DNF with Towel Assist
        • Supine DNF
        • Standing Chin Tuck Against Wall
        • Standing Chin Tuck Against Wall with Scaption
        • Seated Cervical Retraction Repeated
        • Seated Cervical Retraction with Extension Repeated
        • Seated Cervical Retraction with Sidebend Repeated
        • Seated Cervical Retraction with Rotation Repeated
        • Standing Wall Shrugs at 90 Degrees Flex
        • Seated Thoracic Whips
        • Standing Ballistic Shoulder Extensions
        • Standing Repeated Shoulder Extension with Squat
        • Standing Repetead Shoulder Horiz. Abd. with Ext. CKC
        • Seated with Arms on Pillows Cervical AROM (Flex/Ext/Rot/SB)
        • Seated with Arms on Pillows Shrugs
        • Seated with Arms on Pillows Shrug with Scapular Retraction
        • Supine Shoulder IR with GH Centralization
        • Supine Shoulder ER with GH Centralization
        • Holding Dumbbell at 180 Degrees Flexion for Time
        • Cat Camel
        • Prone T's
        • Prone Y's
        • Quad Chin Tuck w/ Shoulder Flexion
      • Low Back >
        • Supine TA Isometric
        • Standing TA Isometric Agains Wall with Squat
        • Supine BKFO
        • Quad Rock Back
        • Standing Hip Hinge
        • Sit to Stand with Hip Hinge
        • Repeated Lumbar Sideglides
        • Repeated Standing Lumbar Extension
        • Repeated Standing Lumbar Flexion
        • Repeated Prone Press-Ups
        • Repeated Supine DKC
        • Slump Sciatic Nerve Glides
        • Birddog Progression
      • Hip and Knee >
        • Clamshells with Progressions
        • Fire Hydrants with Progressions
        • Donkey Kicks
        • Bridge Variations
        • Repeated Hip Flexion
        • Squats
        • Seated Repeated Knee Extensions
        • CKC Seated Repeated Knee Extensions
        • Heel Slides
        • CKC DF with Tibial IR
      • Foot and Ankle >
        • Calf Raises
        • Calf Raises with Soccer Ball Between Medial Malleoli
        • Towel Scrunches with Foot in PF
        • Toe Flexion Using T-Band with Foot in PF
        • PF with Toes Flexed Using T-Band
        • DF with Toes Flexed Using T-Band
        • Forefoot Adduction
        • Gastroc Stretch
        • Repeated PF
      • Examination Templates

Orthopedic & Manual Therapy Blog

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Pec Muscle Atrophy: Identify the Source of Weakness

11/28/2019

1 Comment

 
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When evaluating a patient with shoulder or neck pain, it is important to consider all of the structures that may contribute to their current symptoms. These structures include local muscles, peripheral or central nervous system dysfunction, soft tissue stabilizing structures, among others. Next, use this information in combination with other portions of the subjective history (mechanism of injury, description of symptoms, and pattern of symptoms) to identify the one or two primary causes of the problem.

No recent injury, shoulder or neck pain, but still muscle atrophy...

In this particular case, the patient denied any recent mechanism of injury, denied shoulder pain, and also did not report any neck pain.

​At this point of the subjective history, I was still considering the cervical spine, thoracic outlet region, pectoral muscle strain, and other nervous system dysfunction as all possible causes of the patient's muscle atrophy.
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Learn about our Cervical Spine Course!
(save $10.00 using code expertDPT until 12/31/19)

Look Beyond the Local Muscle Atrophy

Since muscle atrophy was present (without signs of a single muscle trauma or strain), it is important to investigate other muscles with the same segmental and peripheral nerve contributions. This will determine if the weakness is localized or present in multiple muscle groups. Below I review the pectoralis muscle with a special emphasis on the sternocostal fibers. 
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Later in the evaluation, the patient remembered that his biceps brachii and pectoral muscle strength had gradually decreased on his right (involved side) versus his left over the past few months while strength training.  

This statement is very important because it most likely ruled out a muscle strain, and ruled in nervous system dysfunction. Further physical examination helped rule out red flags for cervical myelopathy. Additionally, muscle strength testing found weakness in other C5, C6, and C7 muscles. At this point, I concluded that he was safe for treatment, but needed regular reassessment to ensure no further progression of neurological symptoms. 

To learn more about the outcome of this patient, watch the video below!
(this video is taken from our insider access library)

Find more cases like this in TSPT insider access!
​
1 Comment

Explaining Your Rehab Time Frames

11/9/2019

0 Comments

 

"How Long Will It Take to Get Better After My Surgery?"

Patients often have unrealistic expectations regarding their rehabilitation prognosis and expected symptoms throughout each stage of the healing process.  I like to use the graph below to help educate patients regarding how long it takes to feel 'normal' post-surgery. While 12 months can seem daunting for many patients, this timeframe is an honest and realistic approach to surgical tissue healing. 

Graph Overview

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PHYSICAL THERAPY PHASE (0-3 months)
During the first 12 weeks following trauma or onset of symptoms, patients are generally improving. From a physiological perspective, collagen is maturing, remodeling, and getting stronger. In this stage patients are almost solely attending physical therapy and performing corrective exercises. At the end of 12 weeks, patients likely will feel 60-70% back to their prior level of function. Individuals who perform desk jobs should be back at full duty; more strenuous jobs are still on partial duty.

COMBO GYM + CONTINUED PHYSICAL THERAPY REHAB (3-6 months)
From 3-6 months the patient usually begins their normal gym routine (strength training and cardiovascular exercise) while performing rehabilitation concurrently. I generally think of this phase as someone attending PT 1x/week and performing their gym routine 3-4x/week. In this phase, the individual is starting to feel significantly better, but they have not reached full strength yet. They still have some discomfort (not necessarily pain), and transitional movements, such as getting out of bed and getting up from a chair are still not normal. Ultimately, they still need more work! 

FULL RETURN TO NORMAL ACTIVITY/SPORT (6-12 months)

From 6-12 months, the patient has typically stopped their formal rehabilitation program. They are now performing their normal gym routine and daily activities. The individual continues to progress strength, mobility, flexibility, but now has all the tools needed to be independent. The occasional flare up may occur (especially if a novel training movement is incorporated), but is not anticipated. At the end of the 9-12 months, they should have reached life as usual.

Closing Points

Many patients do NOT realize how long post-surgery rehabilitation takes. In my active cash-based population, many of my patient's have self proclaimed high pain tolerances and feel better relatively quickly. Despite subjectively feeling strong, practitioners must remember that scar tissue continues to mature and remodel for 2+ years! Strengthening and retraining movement patterns will take months (even after the patient feels better). Reaching 100% pain free and 'normal' activity generally takes longer than someone will anticipate. Being honest and giving appropriate education early on can change a patient's outlook on their condition. Use this graph when educating your patients!
​-Jim Heafner PT, DPT, OCS
0 Comments

How to Differentiate Between Radiculopathy and Peripheral Neuropathy

11/3/2019

2 Comments

 
In an earlier post, Jim went over how to differentiate between cervical myelopathy and radiculopathy, or an upper motor lesion and lower motor lesion. Once you have made that differentiation, you have to determine where that lesion is: peripheral nerve, plexus, or spinal nerve. In this post, we're going to go over specifically how to differentiate between peripheral neuropathy and radiculopathy.  I am going to focus on the upper quarter region, but the same concept will apply to the lower quarter as well.  Below are a couple pictures of the peripheral nerve layouts and dermatomal patterns that I will reference throughout this post
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For starters, remember that both peripheral nerve lesions and radiculopathy are lower motor neuron lesions, so they can both present with corresponding weakness and hyporeflexia. Additionally, they can sometimes present with pain (or numbness/tingling) in similar regions. Think of the ulnar nerve and C8. This is especially true due to the anatomical variation that occurs in the population. Just because a patient has radiculopathy doesn't mean they have to have symptoms centrally/proximally as well. They both can present with symptoms along the ulnar border of the hand. Other regions have more distinct differences, for example, C7 tends to refer down the middle finger and no peripheral nerve typically presents in just that region.

How Do We Differentiate Peripheral Nerve from Nerve Root? 

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There are several things to consider. An extremely useful assessment style is assessing muscle strength in muscles that have similar segmental input but different peripheral nerves. We'll go back to our C8 vs ulnar nerve example. Both are heavily innervated by the same segment and can present with symptoms in the same location. A key assessment feature is looking at the strength of Extensor Pollicis Longus. It is innervated by the radial nerve, but it's primary segmental input is C8. Should a patient have weakness here, we would be leaning more towards C8 radiculopathy. If it is strong, we would lean more towards ulnar neuropathy. The same concept can be applied to other areas. When trying to differentiate between L5-S1 radiculopathy and peroneal neuropathy, we look at strength of the gluteus medius and peroneals. While they share similar spinal nerve input, they have different peripheral nerve innervation (gluteus medius: superior gluteal nerve; peroneal longus/brevis: superficial peroneal nerve). Another useful assessment is neural tensioning. Should the patient's exact symptom be reproduced with it, we likely would consider the nerve involvement; however, often radiculopathy does have a neural tension component to it, so it is not as helpful as we would like. One of the best assessment techniques is using the cervical radiculopathy cluster developed by Wainner, et al:
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This cluster has been shown to have high diagnostic accuracy for identifying those with cervical radiculopathy and is probably our best tool (3 positive: +LR = 6.1, 4 positive: +LR = 30.3). While one would think that pain with segmental mobility testing of the spine would be useful if pain is recreated, people can have symptoms in two locations as a result of Double Crush Syndrome or altered neurodynamics. Regardless, the most important thing is that we treat all impairments we are presented with. If the neck is stiff in someone with ulnar neuropathy, I'm still going to work on improving neck mobility. They key is that if there is research for a specific treatment for a specific diagnosis, it is important we try and identify these cases. Also, remember that there are other sources for symptoms other than peripheral nerves and radiculopathy. Patients can also present with symptoms in the exact same region due to trigger point referral patterns, local strains/sprains, a plexus, and more. Hopefully this will at least help with differentiating between two similar presentations. For a more in-depth review of examining patient's with neck pain with radiating pain, check out the lecture below:
This lecture is part of a full course on the cervical spine. Learn more about the Orthopedic Management: Cervical Spine course by following the link! 

Reference:
Wainner RS, Fritz JM, Irrgang JJ, Boninger ML, Delitto A, Allison S. "Reliability and diagnostic accuracy of the clinical examination and patient self-report measures for cervical radiculopathy." Spine (Phila Pa 1976) 2003 Jan 1.
2 Comments

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    Dr. Jim Heafner & Dr. Chris Fox write about their treatment philosophy.

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  • Home
    • Newsletter
    • About
  • Insider Access
    • About Insider Access
  • Brian's Corner
    • Sports & Entrepreneurship Blog
    • Return to Sport Tests
    • PT Entrepreneur Course
    • Return to Sport Essentials Course
    • Become a PAID PT Consultant Course
  • Chris' Corner
  • Jim's Corner
    • Orthopedic Blog
  • 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
    • HEP >
      • Neck and Shoulder >
        • Supine Chin Tuck
        • Supine DNF with Towel Assist
        • Supine DNF
        • Standing Chin Tuck Against Wall
        • Standing Chin Tuck Against Wall with Scaption
        • Seated Cervical Retraction Repeated
        • Seated Cervical Retraction with Extension Repeated
        • Seated Cervical Retraction with Sidebend Repeated
        • Seated Cervical Retraction with Rotation Repeated
        • Standing Wall Shrugs at 90 Degrees Flex
        • Seated Thoracic Whips
        • Standing Ballistic Shoulder Extensions
        • Standing Repeated Shoulder Extension with Squat
        • Standing Repetead Shoulder Horiz. Abd. with Ext. CKC
        • Seated with Arms on Pillows Cervical AROM (Flex/Ext/Rot/SB)
        • Seated with Arms on Pillows Shrugs
        • Seated with Arms on Pillows Shrug with Scapular Retraction
        • Supine Shoulder IR with GH Centralization
        • Supine Shoulder ER with GH Centralization
        • Holding Dumbbell at 180 Degrees Flexion for Time
        • Cat Camel
        • Prone T's
        • Prone Y's
        • Quad Chin Tuck w/ Shoulder Flexion
      • Low Back >
        • Supine TA Isometric
        • Standing TA Isometric Agains Wall with Squat
        • Supine BKFO
        • Quad Rock Back
        • Standing Hip Hinge
        • Sit to Stand with Hip Hinge
        • Repeated Lumbar Sideglides
        • Repeated Standing Lumbar Extension
        • Repeated Standing Lumbar Flexion
        • Repeated Prone Press-Ups
        • Repeated Supine DKC
        • Slump Sciatic Nerve Glides
        • Birddog Progression
      • Hip and Knee >
        • Clamshells with Progressions
        • Fire Hydrants with Progressions
        • Donkey Kicks
        • Bridge Variations
        • Repeated Hip Flexion
        • Squats
        • Seated Repeated Knee Extensions
        • CKC Seated Repeated Knee Extensions
        • Heel Slides
        • CKC DF with Tibial IR
      • Foot and Ankle >
        • Calf Raises
        • Calf Raises with Soccer Ball Between Medial Malleoli
        • Towel Scrunches with Foot in PF
        • Toe Flexion Using T-Band with Foot in PF
        • PF with Toes Flexed Using T-Band
        • DF with Toes Flexed Using T-Band
        • Forefoot Adduction
        • Gastroc Stretch
        • Repeated PF
      • Examination Templates