Evidence-based insights on physical rehabilitation and wellness to support your recovery journey.
Posture isn't a position you 'hold' through effort — it's an event your brain builds in real time. Understand why this system falters in childhood, why it falters again (for different reasons) in older age, and what genuinely helps at each stage.
Lateral hip pain over the greater trochanter, now understood mostly as gluteal (medius/minimus) tendinopathy ± bursal involvement. Driven by compressive load and abductor weakness. Reduce compression, load progressively.
Overuse condition where the ITB and the innervated fat beneath it are compressed against the lateral femoral condyle near 30° of knee flexion. Driven by training-load spikes and glute-medius weakness. Offload plus glute-medius strengthening.
Persistent low back pain without serious identifiable pathology, maintained by physical deconditioning, altered motor control and psychosocial factors. Management is active and biopsychosocial.
Soft-tissue (and occasionally facet/ligamentous) injury from rapid cervical acceleration–deceleration. Screen thoroughly first; best-evidence management is active (education, reassurance, early movement). Manual therapy is an adjunct only.
Fibrosis and contracture of the glenohumeral capsule (esp. anterior/inferior) producing a capsular pattern of restriction. Self-limiting but slow; management is stage-dependent.
Insertional tendinopathy at the ischial (common hamstring) origin. Compression at the ischium is a key aggravator, so load isometric-first and avoid early end-range stretch.
Degenerative overload of the plantar aponeurosis at its calcaneal origin, associated with reduced ankle dorsiflexion and calf tightness. Offload the enthesis, restore dorsiflexion, progressively load.
Overload tendinopathy of the patellar tendon (typically at the inferior pole). Reactive/degenerative, largely non-inflammatory. Managed by symptom modulation plus progressive tendon loading.
Coming back to running after injury? Learn how to build load safely, avoid the spikes that cause re-injury, and follow a graded return-to-running plan.
Persistent pain doesn't always mean ongoing damage. Learn how pain works, why it can outlast an injury, and what genuinely helps — explained in plain language.
Tendinopathy is the most common tendon problem. Learn why it isn't simple inflammation, why the right loading heals it, and how it links conditions from the Achilles to the elbow.
Cervical radiculopathy causes neck pain that radiates into the arm with tingling or weakness, from an irritated nerve root. Learn what causes it, what helps, and the red flags.
Hip osteoarthritis causes groin and hip pain and stiffness. Learn what the evidence really says about exercise, what helps, and when to consider further options.
A cervicogenic headache is a headache driven by the neck. Learn how to tell it apart from migraine, what the evidence shows about exercise and manual therapy, and when to seek help.
Carpal tunnel syndrome causes tingling and numbness in the hand, often worst at night. Learn what causes it, what the evidence shows about splints, and when surgery is worth considering.
Tennis elbow causes pain on the outside of the elbow, worse with gripping. Learn why it's rarely about tennis, what the evidence says about injections, and the exercises that help.
Greater trochanteric pain syndrome (GTPS) causes pain on the outside of the hip, worse lying on that side. Learn why it's usually a tendon problem, what the evidence shows, and how loading helps.
Shin splints — medial tibial stress syndrome — cause aching along the inner shin, common in runners and new exercisers. Learn what causes it, what the evidence shows, and how to recover.
Achilles tendinopathy causes pain and stiffness in the heel cord, common in runners. Learn what the evidence shows about loading versus rest, and how long recovery really takes.
Rotator cuff problems cause most shoulder pain. Learn the signs, what the evidence shows about exercise versus injection and surgery, and when a shoulder needs more than physiotherapy.
Neck pain from desk and screen use is on the rise. Learn what “tech neck” really is, what the evidence shows about posture and exercise, and the habits that genuinely help.
Patellofemoral pain causes aching at the front of the knee, worse on stairs, squatting and sitting. Learn what causes it, what the evidence shows, and the exercises that fix it.
Knee osteoarthritis is common and widely misunderstood. Learn why exercise — not rest — is the first-line treatment, what the evidence shows, and when to seek further care.
Sleep isn't a lifestyle footnote — it's the most powerful recovery tool you own, easing pain, speeding tissue repair and sharpening performance. Here's what the evidence says, and why it matters for your rehab.
Red and near-infrared light sound like a gimmick — until you see the research behind it. Here's the honest, mechanism-first case for photobiomodulation: what it does in your cells, what the evidence actually shows, and where its limits lie.
A physio-turned-clinician explains heart rate variability in plain English — and why this quiet nervous-system signal, borrowed from elite sport, could be the missing piece in how well (and how fast) you heal.
Sciatica can feel terrifying — but the real evidence tells a calmer story. Discover what's actually happening in your nerve, why most cases heal well, and how the right care shortens the journey.
Your scan says "degeneration" — but so do most pain-free spines. Discover why chronic back pain is rarely about damage, and what's really driving it (and what actually helps).
Think resting your knees keeps them safe? The evidence says otherwise. Discover why strength, not caution, is the real key to pain-free joints after 40.
That "old" ankle sprain may still be behind today's wobbles, swelling and giving way. Discover why it kept recurring — and what real rehab could have changed.
A torn meniscus doesn't always mean the operating theatre. Drawing on solid research (and personal experience of three knee surgeries), we explain when rehab genuinely matches surgery for results.
Told you have "wear and tear" or a cartilage lesion on your scan? Before you panic or give up, discover why cartilage can't heal itself — and why that doesn't mean your knee pain can't improve.
A tendinous structure snapping over a bony prominence: external (ITB/TFL over greater trochanter), internal (iliopsoas over iliopectineal eminence/femoral head), or intra-articular (labral). Classify first, then treat.
