Exercises for Medial Tibial Stress Syndrome (AKA Shin ‘Splints’) A thread 🧵
👉🏻 Inspired by @tomgoom
1) Way too often in rehab, people talk about strengthening x, y and z, improving movement control etc. but never what it really means. This thread covers an exercise program used for someone with MTSS and the reasoning behind it.
2) The patient is a young male middle-distance runner who shows a mild weakness in the Soleus, Glute Med and posterior chain. Our aims are as follows: improving local load capacity of the calves and kinetic chain & including weight-bearing exercises to improve bone load capacity.
3) Gluteal muscles are vital in absorbing load during the stance phase of running. Step ups will activate Glute Max and Med and will provide a proprioceptive challenge. Hip hitches aka pelvic drops and side lying leg lifts will also target the Glute Med very nicely.
4) The Soleus is thought to be particularly important in MTSS as it helps reduce the bending force that the tibia experiences during impact. Bent leg calf raises & soleus squats are great exercises. The latter will also target the quads, which helps absorb load during running.
5) A single leg soleus bridge will lengthen the lever to challenge the posterior chain and work the soleus. Do note that the soleus load is rather low, but it will challenge the Glute Max and hamstrings which are most active during swing phase and contribute to the loading phase.
6) Classic straight leg calf raises will strengthen the gastroc & soleus and reduce bone load. Forefoot strikers experience a particularly higher load in the calf complex so make sure they have adequate strength to manage this load.
7) These exercises are not a recipe for MTSS but rather a snapshot of one patient’s exercises and why they’re valuable. It’s important to review, adapt and progress the rehab at each session and make it part of a comprehensive management program.
That’s a wrap on this thread, thanks for making it ‘til the end!
Make sure to read Tom Goom’s full blog if you want to know more about this topic.
How to Assess 8 Common Causes of Wrist Pain🧵 A thread
👉 Inspired by our Masterclass with @iangattphysio
Wrist pain is a common complaint in physiotherapy practice. Accurate assessment of underlying causes is crucial for effective management. Here are eight common causes of wrist pain and key assessment considerations for physiotherapists:
1️⃣ Carpal Tunnel Syndrome (CTS): Assess for sensory deficits, positive Tinel's or Phalen's tests, and grip strength. Evaluate for contributing factors like repetitive hand movements, wrist flexion, and systemic conditions. Consider nerve conduction studies for confirmation.
Lateral bending differentiates early-stage spondylolysis from non-specific low back pain in adolescents 🧵
👉🏻 Here's a short thread based on a research paper by Sugiura S et al - reviewed by @SarahHaagPT
1) Spondylolysis in adolescents involved in sports is 3-4 times higher than in the general population. Differentiating it from non-specific low back pain (LBP) is important so that appropriate interventions can be delivered.
2) This study aimed to identify the most common motion-provoking characteristic of low back pain in adolescents with early-stage spondylolysis (ESS)
1) FADDIR test. This should be the “go to” test for hip and groin assessment. When it’s negative, the pain is definitely not coming from the hip. A positive test could mean a lot of things, including FAI, labral pathology, osteoarthritis, avascular necrosis etc.
2) Hop test. This test can be used to rule out femoral or pubic stress fractures. If symptoms are produced by hopping on the side away from the pain, then it suggests the pain is pubic or symphysis driven.
5 Methods to manage plantar fasciitis. A thread 🧵
👉🏻 Inspired by @Irish_Physio
Plantar fasciitis (PF) is the most common overuse issue affecting the foot. It presents as pain on the heel and throughout the sole of the foot and is typically more painful with initial steps in the morning and weight bearing after a period of rest.
A variety of interventions are used in the management of PF. But what actually works? Read along to find out.
Two’s Company and Three’s a Crowd: physiotherapeutic interventions for lumbar spinal stenosis (LSS). A thread 🧵 Inspired by @ClementsCharl96
1) LSS is an age-related condition caused by anatomical changes in the lumbar spine. One of the main features is neurogenic claudication. A reduced cross-sectional area of the spinal column compresses neurovascular structures and causes symptoms that are aggravated in extension.
2) Patients usually experience neuroischaemic pain in the buttocks and legs, which makes walking a very painful activity. Luckily however, only a small percentage of older adults with LSS actually have symptoms.
Subacromial Decompression Surgery – is it a placebo? 🧵 A thread inspired by our Masterclass with @JaredPowell12
(1) Subacromial Impingement Syndrome is being challenged far and wide as a valid diagnosis of shoulder pain. Orthopaedic surgeon, Charles Neer, invented the anterior acromioplasty procedure 50 years ago due to the belief impingement led to the vast majority of rotator cuff tears.
(2) But could the positive effect of subacromial decompression surgery be due to the placebo effect or the elaborate therapeutic ritual of undergoing surgery? Orthopaedic Surgeon Ian Harris (@doctordoubter) believes surgery is the most powerful placebo known to humankind.