Physio Companion Learning Library
Welcome to the Physio Companion Academy. This platform was built for physiotherapists who believe that becoming a better clinician is a lifelong process.Here you'll find practical resources drawn from real clinical experience—covering assessment, clinical reasoning, rehabilitation, communication, documentation, and professional development.The goal isn't simply to teach techniques, but to give perspective on how experienced clinicians think, make decisions, and continue to improve throughout their careers.
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Shoulders
Why Does My Shoulder Hurt When I Lift My Arm Overhead?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Overhead shoulder pain is most often caused by irritation of the rotator cuff tendons and the subacromial bursa as they pass through a narrowed space beneath the acromion during arm elevation — a pattern commonly called subacromial or rotator cuff-related shoulder pain. Pain that appears in a specific mid-range "arc" of overhead motion (roughly 60°–120°) and eases again near full elevation is a classic sign of this mechanism.
If lifting your arm overhead — reaching into a cupboard, throwing, or pressing weight above your head — reproduces a sharp or pinching pain, you are describing one of the most common presentations seen in shoulder clinics. This article explains the mechanics behind overhead shoulder pain, the structures usually involved, and what typically happens during a physiotherapy assessment.
The Mechanics of Overhead Pain
The shoulder blade (scapula), collarbone (clavicle), and upper arm bone (humerus) must move in a coordinated sequence for the arm to travel overhead smoothly. This is known as scapulohumeral rhythm. When that coordination is disrupted — through muscle fatigue, stiffness, poor load tolerance, or altered scapular control — the space beneath the acromion (the subacromial space) can narrow during elevation, compressing the rotator cuff tendons and the bursa that cushions them.
Rotator cuff-related shoulder pain (RCRSP) is now the preferred umbrella term used in current clinical guidelines, replacing older labels such as "impingement syndrome," because it better reflects that the pain usually arises from the tendon's response to load rather than pure mechanical pinching.
What Structures Are Involved
- Rotator cuff tendons — supraspinatus, infraspinatus, subscapularis, and teres minor
- Subacromial bursa — a fluid-filled sac that reduces friction under the acromion
- Long head of biceps tendon — often irritated alongside the cuff
- Scapular stabilisers — lower trapezius, serratus anterior — which govern how well the shoulder blade upwardly rotates to create clearance overhead
Why the Pain Is Often in A Specific Arc
A painful arc — discomfort that begins around 60° of elevation, peaks near 120°, and reduces again closer to full overhead range — reflects the point in the movement where the tendon and bursa are under the greatest compressive and tensile load. This pattern, combined with a description of pain rather than true weakness, points clinicians toward a tendon-related cause rather than a structural tear or joint restriction.
Other Possible Contributions
Not all overhead pain comes from the rotator cuff. Cervical spine referral, acromioclavicular (AC) joint irritation, glenohumeral instability, and early-stage adhesive capsulitis (frozen shoulder) can all present with overhead discomfort, which is why a full shoulder and cervical screening examination — not just a description of symptoms — is important for an accurate diagnosis.
Seek Urgent Medical Assessment If You Notice:
- Sudden, severe pain following a fall or direct blow, with visible deformity
- Complete inability to actively lift the arm after an acute injury (possible large tear)
- Fever, chills, or unwell feeling alongside shoulder pain
- Numbness, pins and needles, or weakness spreading down the arm
Exercise Directions Your Physiotherapist May Explore
Once serious pathology has been screened out, physiotherapy management of overhead-related shoulder pain typically explores graded loading rather than complete avoidance of the aggravating movement. Directions your physiotherapist may consider include:
- Scapular control and postural endurance exercises to improve upward rotation clearance
- Isometric rotator cuff loading to reduce pain and maintain tendon capacity early on
- Progressive resisted rotator cuff and deltoid strengthening as irritability settles
- Range-of-motion work targeting the specific arc where pain is provoked
- Task-specific retraining for the overhead activity relevant to the person (sport, occupation, gym lifts)This is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Does overhead pain always mean a rotator cuff tear?
No. Most overhead shoulder pain reflects tendon irritation or load intolerance rather than a structural tear. A painful arc with preserved strength is more consistent with tendinopathy than a tear, though a clinical assessment is needed to confirm this.Should I stop all overhead activity if it hurts?
Complete avoidance is rarely necessary and can delay recovery. Most current guidelines favour modifying load and range rather than full rest — see the related article on rest versus exercise for shoulder pain.How long does rotator cuff-related shoulder pain usually take to settle?
Timelines vary, but many people see meaningful improvement within 6–12 weeks of appropriately dosed exercise-based rehabilitation, though full resolution can take longer depending on chronicity and load demands.
REFERENCES
1. Journal of Orthopaedic & Sports Physical Therapy (JOSPT). Rotator Cuff Tendinopathy: Diagnosis, Nonsurgical Medical Care, and Rehabilitation — Clinical Practice Guideline. 2025;55(4):235–274. https://www.jospt.org/doi/10.2519/jospt.2025.13182
2. American Academy of Orthopaedic Surgeons (AAOS). Management of Rotator Cuff Injuries — Evidence-Based Clinical Practice Guideline. 2025. https://www.aaos.org/rccpg2025This article is provided for general education and does not replace an individual assessment. If overhead shoulder pain is limiting your daily activities, work, or training, book an assessment with a physiotherapist.
Is My Shoulder Pain Caused By A Rotator Cuff Injury
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Rotator cuff disorders account for more than half of all shoulder pain presentations, but the label covers a spectrum — from reversible tendinopathy to partial and full-thickness tears. Pain located over the outer/front shoulder, worse with overhead or reaching-behind movements, combined with a positive painful arc and provocation tests, points toward the rotator cuff — though these findings cannot confirm a tear without further clinical reasoning or imaging."Rotator cuff injury" is often used as a catch-all term by patients, but clinically it spans a wide spectrum of severity. This article outlines how physiotherapists and physicians reason through the possibility of rotator cuff involvement, and why self-diagnosis from symptoms alone is unreliable.
What Counts As A 'Rotator Cuff Injury'
The rotator cuff comprises four muscles — supraspinatus, infraspinatus, subscapularis, and teres minor — that stabilise and rotate the shoulder joint. Rotator cuff-related shoulder pain (RCRSP) can range from tendinopathy (irritated, load-intolerant tendon with no structural defect) to partial-thickness tears and, less commonly in younger adults, full-thickness tears. Current clinical practice guidelines note that rotator cuff disorders make up more than half of all shoulder conditions seen in primary care and physiotherapy.
Typical Clinical Features
- Pain over the lateral (outer) upper arm and front of the shoulder, sometimes referred down toward the elbow
- A painful arc between roughly 60° and 120° of arm elevation
- Pain or difficulty with reaching behind the back or overhead
- Night pain, particularly when lying on the affected side
- Weakness that may reflect pain inhibition rather than a true structural tear
How Clinicians Build The Picture
No single test confirms a rotator cuff problem in isolation. Current guidance recommends combining subjective history, a cluster of orthopaedic special tests (such as the painful arc test to support the diagnosis and Hawkins-Kennedy to help rule it out), palpation, and a cervical spine screen, since neck-referred pain can closely mimic shoulder pathology. This clinical-reasoning approach is preferred over imaging as a first step, because structural findings on scans are common even in pain-free shoulders and do not always correlate with symptoms.
Why Self-Diagnosis Falls Short
Frozen shoulder, AC joint pathology, cervical radiculopathy, and glenohumeral instability can all produce a similar symptom picture to rotator cuff-related pain, particularly in the early stages. The key differentiator most clinicians rely on is passive range of motion — largely preserved in rotator cuff conditions, but markedly restricted in adhesive capsulitis (see the related article on distinguishing frozen shoulder from a rotator cuff problem).
Exercise Directions Your Physiotherapist May Explore
Where rotator cuff-related pain is suspected, current guidelines favour active, exercise-based rehabilitation over passive treatments alone. Directions commonly explored include:
- Motor control and scapular positioning exercises
- Graded isometric-to-isotonic rotator cuff strengthening
- Functional strengthening tailored to sport, gym, or occupational demands
- Manual therapy as a short-term adjunct alongside — not instead of — exerciseThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Can I tell from pain alone if my rotator cuff is torn?
Not reliably. Pain intensity does not distinguish tendinopathy from a tear; a cluster of clinical tests plus, where indicated, imaging is needed for that distinction.Do I need a scan to know if it's my rotator cuff?
Not usually at first. Guidelines recommend a thorough clinical assessment before imaging, since scans should generally be reserved for cases with red flags, suspected significant trauma, or when conservative care has not helped.Is a rotator cuff tear always a surgical problem?
No. Many partial and even some full-thickness tears are managed successfully with structured exercise rehabilitation, with surgery reserved for specific presentations — covered in the article on when scans, injections, or surgery are appropriate.
REFERENCES
1. Journal of Orthopaedic & Sports Physical Therapy (JOSPT). Rotator Cuff Tendinopathy: Diagnosis, Nonsurgical Medical Care, and Rehabilitation — Clinical Practice Guideline. 2025;55(4):235–274. https://www.jospt.org/doi/10.2519/jospt.2025.13182
2. Constantinou, C. et al. Rotator Cuff-Related Shoulder Pain: A Survey of Current Physiotherapy Practice in Cyprus. 2024–2025. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC12839916/If you're unsure whether your shoulder pain involves the rotator cuff, a physiotherapy assessment can clarify the likely source and the right next step.
Frozen Shoulder Or Rotator Cuff Problem? How To Tell The Difference
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
The single most useful differentiator is passive range of motion. In frozen shoulder (adhesive capsulitis), both active AND passive movement are restricted — even when someone else moves your arm for you, it won't go far. In rotator cuff-related pain, passive range of motion is usually near-normal even though active lifting is painful or weak. Frozen shoulder also tends to lose external rotation first and involves a more gradual, global stiffening.Frozen shoulder and rotator cuff-related shoulder pain are two of the most commonly confused shoulder conditions, because both cause pain with movement and difficulty reaching overhead or behind the back. However, they behave differently, are staged differently, and are treated differently — so telling them apart matters.
The Key Clinical Diffrentiator: Active vs. Passive Range of Motion
In rotator cuff conditions, a person may struggle to actively lift the arm due to pain or reflex inhibition, but if a clinician passively moves the arm through the same range, motion is typically much closer to normal. In adhesive capsulitis, the joint capsule itself becomes thickened and contracted, so passive motion is also significantly restricted — the arm simply will not go there, regardless of who is moving it.
Typical Pattern of Frozen Shoulder
- Gradual, often unprovoked onset of deep, aching shoulder pain
- Progressive loss of motion in multiple directions, classically external rotation first
- Prominent night pain and difficulty lying on the affected side
- Distinct clinical stages — commonly described as freezing (painful), frozen (stiff), and thawing (recovering) — each lasting months
- More common between ages 40–60, and in people with diabetes or thyroid conditions
Typical Pattern of Rotator Cuff-related Pain
- Pain concentrated in a specific arc of active elevation
- Preserved passive range of motion
- Weakness that may improve substantially once pain settles
- Often linked to a specific load, activity, or repetitive overhead demand
Why The Distinction Matters For Treatment
Because frozen shoulder involves capsular restriction rather than tendon overload, aggressive stretching into a painful, freezing-stage shoulder can aggravate it, whereas graded loading is usually well tolerated in rotator cuff-related pain. A clinician will often also screen distal neurological function and use special tests such as Neer and Hawkins-Kennedy, though these can be positive in both conditions and are not diagnostic on their own.Imaging is not usually required to diagnose frozen shoulder, as it remains largely a clinical diagnosis based on history and the pattern of motion loss; ultrasound or MRI may be used selectively when the picture is unclear or another condition needs to be excluded.
Exercise Directions Your Physiotherapist May Explore
Exercise approaches differ meaningfully between the two conditions and are staged around irritability. Directions a physiotherapist may explore include:
- For rotator cuff-related pain: graded rotator cuff loading and scapular control work, progressed as tolerated
- For frozen shoulder in the painful/freezing stage: gentle pain-guided range-of-motion work and activity modification rather than aggressive stretching
- For frozen shoulder in the stiff/frozen stage: progressive mobility work, often combined with capsular stretching as irritability allows
- For frozen shoulder in the thawing stage: strengthening to restore function as range returnsThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Can I have frozen shoulder and a rotator cuff problem at the same time?
Yes — the two can coexist, and secondary adhesive capsulitis can also follow rotator cuff surgery, prolonged immobilisation, or trauma, which is why a detailed history is important.Does frozen shoulder go away on its own?
It often follows a self-limiting course over one to three years across its stages, though outcomes vary and some cases benefit significantly from structured physiotherapy input to manage pain and preserve function during that time.Is stretching bad for frozen shoulder?
Not inherently, but the timing and intensity matter. Aggressive stretching during the acutely painful freezing stage can flare symptoms, whereas graded, pain-guided mobility work is usually appropriate once the condition stabilises.
REFERENCES
1. The American Journal of Medicine. Frozen Shoulder: Diagnosis and Treatment of Adhesive Capsulitis. 2026. https://www.amjmed.com/article/S0002-9343(26)00055-0/fulltext
2. StatPearls (NCBI Bookshelf). Adhesive Capsulitis (Frozen Shoulder). Updated 2025. https://www.ncbi.nlm.nih.gov/books/NBK532955/
3. Kelley, M.J. et al. Shoulder Pain and Mobility Deficits: Adhesive Capsulitis — Clinical Practice Guidelines (Orthopaedic Section, APTA). JOSPT. 2013;43(5). https://www.jospt.org/doi/10.2519/jospt.2013.0302If you're not sure whether your stiffness is coming from the joint capsule or the rotator cuff, an assessment that specifically compares active and passive range of motion can usually clarify this quickly.
Should I Rest My Painful Shoulder Or Keep Exercising It?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
For most non-traumatic shoulder pain, current evidence favours staying active with modified load over complete rest. Large trials have found that a structured, even a brief, physiotherapist-guided exercise programme produces outcomes at least as good as more intensive supervised care, and that loaded exercise is generally safe rather than harmful for irritated shoulder tendons. Complete rest is usually reserved for specific acute injuries where a clinician has advised it.One of the most common questions in shoulder rehabilitation is whether pain means "stop" or whether it's safe to keep moving. The short answer, for most non-traumatic shoulder pain, is that some form of continued, modified movement generally outperforms complete rest — but the details depend on what's actually going on in the shoulder.
Why Complete Rest Is Rarely The Answer
Tendons and the shoulder complex adapt to load — both underloading and overloading can perpetuate pain. Prolonged rest can lead to stiffness, deconditioning, and altered movement patterns that make a gradual return to activity harder, not easier. Current evidence-based interventions for shoulder pain support incorporating loaded exercise as safe and not detrimental to outcomes, even in the presence of rotator cuff pathology.
What the Evidence Shows
One of the largest trials conducted on rotator cuff-related shoulder disorders, involving more than 700 participants across 20 NHS Trusts, found that a single physiotherapy session with a supported home exercise programme produced outcomes comparable to a more intensive, multi-session supervised exercise programme. This suggests that consistent, appropriately dosed exercise — rather than the volume of in-clinic treatment — is what drives improvement.Systematic reviews of physiotherapy interventions for shoulder pain similarly support active, exercise-based approaches such as supervised strengthening and mobility work as first-line management, with passive modalities such as ultrasound and laser therapy showing limited independent benefit.
What 'Modified Load' Actually Means
Rather than a binary choice between rest and pushing through pain, most physiotherapy guidance uses a relative rest principle: reducing the specific movements, positions, or loads that clearly aggravate symptoms, while maintaining movement and strength work within a tolerable range. This is sometimes summarised as working near, but not consistently beyond, a mild-to-moderate and settling pain response during and after exercise.
When Rest Is Genuinely Appropriate
Following an acute traumatic injury — a fall, dislocation, or suspected significant tear — a period of protected rest, sometimes with a sling, may be advised by a clinician while healing and diagnosis are established. This is different from ongoing avoidance of movement in non-traumatic, gradually developing shoulder pain, where prolonged inactivity is not generally supported by current evidence.
Exercise Directions Your Physiotherapist May Explore
Rather than a program here, these are categories of exercise-based approaches physiotherapists commonly draw on when guiding someone from rest toward safe, progressive loading:
- Pain-guided isometric holds to build early tolerance without provoking a flare
- Range-of-motion maintenance work within a comfortable arc
- Scapular and postural control exercises
- Gradual reintroduction of the specific movement or load that was avoided, at a reduced intensity
- Progressive resistance training as symptoms allowThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is some pain during exercise okay?
Many current protocols allow a mild, manageable, and settling level of discomfort during exercise, as long as it doesn't escalate or linger significantly afterward — but this should be guided individually rather than assumed.Will exercise make a rotator cuff tear worse?
Not typically for partial tears managed under appropriate guidance; graded loading is a recommended first-line approach in current clinical practice guidelines. Full-thickness tears with significant trauma or instability need individual assessment.How do I know if I should stop and rest instead?
Worsening night pain, new weakness, swelling, or pain following clear trauma are reasons to stop and seek assessment rather than push through independently.
REFERENCES
1. NIHR Evidence. Single Physiotherapy Session Effective for Shoulder Pain (summary of a large NHS-based RCT). 2024. https://evidence.nihr.ac.uk/alert/one-off-physiotherapy-session-effective-for-shoulder-pain/
2. Physiopedia. Evidence-Based Interventions for Shoulder Pain. https://www.physio-pedia.com/EvidenceBasedInterventionsforShoulder_PainIf you're unsure whether to rest or keep moving, a physiotherapy assessment can identify a load level that's appropriate for your specific presentation.
When Does Shoulder Pain Need A Scan, Injection or Surgery?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Most shoulder pain does not need imaging, injections, or surgery in the first instance. Current guidance reserves scans mainly for suspected significant trauma, red-flag symptoms, or shoulder pain that has not responded to around 6–12 weeks of appropriately guided conservative care. Injections may be considered for short-term pain relief in specific cases, and surgery is generally reserved for confirmed structural problems — such as significant trauma-related tears or instability — that haven't responded to rehabilitation.It's natural to wonder whether persistent shoulder pain means you need a scan, an injection, or even surgery. In most cases, current clinical guidelines recommend a structured period of assessment and conservative care first — but there are specific situations where escalation is appropriate sooner.
When Imaging is Generally Appropriate
For most people with chronic, non-traumatic shoulder pain, a diagnosis can be made through history, physical examination, and clinical reasoning alone. Guidance on the appropriate use of MRI notes that for most non-traumatic musculoskeletal complaints, imaging is best reserved until after a period of conservative treatment has been trialled and found ineffective — commonly in the order of several weeks to a few months.Imaging is brought forward, however, in specific situations: after significant trauma in younger or middle-aged patients with persistent pain and weakness (where an early, repairable rotator cuff tear is possible), when instability or dislocation is suspected, or when red-flag features are present. Current radiology appropriateness criteria set out specific imaging pathways for acute shoulder pain depending on mechanism of injury and exam findings.
Ultrasound Vs. MRI
Where imaging is indicated, ultrasound is frequently used as a first-line option for suspected rotator cuff tears because it is accessible, cost-effective, and allows dynamic, side-to-side comparison. MRI is generally reserved as a second-line scan when ultrasound is inconclusive, when intra-articular or labral pathology is suspected, or when surgical planning is being considered.
When An Injection May Be Considered
Corticosteroid injections can offer meaningful short-term pain relief for some rotator cuff-related presentations, which research suggests can be comparable to structured exercise in the first 6–8 weeks. However, evidence also shows this advantage tends to diminish over time, with limited difference from exercise-based care by 12 months. For this reason, injections are often positioned as an adjunct to help someone engage more comfortably with rehabilitation, rather than a standalone or first-line solution.
When Surgery Becmes A Genuine Consideration
Surgical referral is generally considered when there is a confirmed, symptomatic structural problem — such as a significant full-thickness rotator cuff tear following acute trauma, ongoing instability, or a case that has not responded to an adequate trial of conservative rehabilitation. Even then, guidelines emphasise that the decision should weigh tear size, patient goals, function, and overall health, rather than imaging findings alone — since structural changes are also common in people without symptoms.
Seek Urgent Medical Assessment If You Notice:
- Shoulder pain following significant trauma with new weakness or inability to lift the arm
- Visible deformity or suspected dislocation
- Signs of infection: fever, redness, warmth, or feeling generally unwell
- Progressive neurological symptoms — numbness, weakness spreading down the arm
- Unexplained weight loss or night pain with a history of cancer
Exercise Directions Your Physiotherapist May Explore
Even where imaging, injection, or surgical review is being considered, exercise-based rehabilitation typically remains part of the plan — either to trial conservative care first or to prepare for/support recovery after a procedure. Directions may include:
- Pre-habilitation strengthening to optimise shoulder and scapular function before a planned procedure
- Graded rotator cuff and scapular loading as a first-line trial before escalation
- Post-injection graded exercise to make the most of the temporary pain-relief window
- Structured post-surgical rehabilitation progressions where surgery has been performedThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
If my scan shows a tear, do I automatically need surgery?
No. Structural findings such as partial tears are common even in pain-free shoulders, and many are managed successfully with rehabilitation. The decision considers your symptoms, function, and goals, not the scan alone.How long should I try physiotherapy before considering a scan?
Guidance generally supports a structured trial of conservative care — often in the order of 6–12 weeks — before escalating to imaging, unless red-flag features or significant trauma are present.Are injections a long-term fix?
Evidence suggests corticosteroid injections mainly offer short-term benefit, with outcomes converging with exercise-based care over the longer term, so they're best used alongside, not instead of, rehabilitation.
REFERENCES
1. American Academy of Family Physicians (AAFP). Appropriate Use of MRI for Evaluating Common Musculoskeletal Conditions. https://www.aafp.org/pubs/afp/issues/2011/0415/p883.html
2. American College of Radiology (ACR). ACR Appropriateness Criteria — Acute Shoulder Pain. J Am Coll Radiol. 2025;22:S36–S47. https://www.jacr.org/article/S1546-1440(25)00121-8/pdf
3. NIHR Evidence. Single Physiotherapy Session Effective for Shoulder Pain (includes corticosteroid injection outcome data). 2024. https://evidence.nihr.ac.uk/alert/one-off-physiotherapy-session-effective-for-shoulder-pain/If your shoulder pain hasn't improved with conservative care, or you're weighing up a scan, injection, or surgical opinion, a physiotherapy assessment can help clarify appropriate next steps and referral pathways.
Hips
Why Does My Hip Hurt When I Walk, Run, or Climb Stairs?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Hip pain that appears with weight-bearing activities like walking, running, or climbing stairs usually points to a mechanical, load-related cause — most often early hip osteoarthritis (OA) or femoroacetabular impingement (FAI) syndrome. Both conditions typically produce deep groin or front-of-hip pain that is worse with loading and certain positions (like deep hip flexion on stairs), and eases with rest, though the underlying mechanism differs between the two.Pain that shows up specifically with walking, running, or stairs — rather than at rest — is a strong clue that the hip joint itself, rather than a surrounding soft tissue, may be the primary source. This article looks at the two most common load-related hip conditions and how physiotherapists reason through the presentation.
Hip Osteoarthritis: The Most Common Cause
Hip OA is a degenerative joint condition involving cartilage thinning and bony changes, and it is one of the most common sources of hip pain and functional decline seen in musculoskeletal physiotherapy. It classically presents as anterior groin pain, sometimes with lateral or posterior hip involvement, that worsens with weight-bearing activity such as walking and climbing stairs and eases with rest.
Imaging is brought forward, however, in specific situations: after significant trauma in younger or middle-aged patients with persistent pain and weakness (where an early, repairable rotator cuff tear is possible), when instability or dislocation is suspected, or when red-flag features are present. Current radiology appropriateness criteria set out specific imaging pathways for acute shoulder pain depending on mechanism of injury and exam findings.Hip OA develops from a mix of genetic, developmental, and mechanical factors, and consistently presents as a mechanical dysfunction related to excess joint loading — including from underlying hip shape variations such as dysplasia or femoroacetabular impingement.
Femoroacetabular Impingement (FAI) Syndrome
FAI syndrome involves abnormal, repetitive contact between the femoral head-neck junction and the rim of the hip socket (acetabulum), which can progressively irritate the labrum and joint cartilage. People with FAI often notice pain, clicking, catching, or stiffness, particularly with deep hip flexion movements — squatting, sitting low, or taking stairs two at a time.
Because pain-related guarding changes movement patterns, people with FAI may unconsciously keep the hip in a flexed position or shift their gait (sometimes called a Trendelenburg-type pattern) to avoid loading the joint fully, which a physiotherapist will often screen for during a gait assessment.
Why Stairs and Inclines Are Often the Worst
Climbing stairs demands a combination of deep hip flexion, single-leg loading, and hip extensor/abductor strength — all of which stress the joint and surrounding musculature more than level walking. This is why stair-specific pain is a common early complaint in both hip OA and FAI, even before pain is noticeable during flat walking.
Other Contributors Worth Ruling Out
- Sudden inability to bear weight after a fall, with a shortened, rotated leg (possible fracture)
- Hip pain with fever, chills, or feeling generally unwell (possible joint infection)
- Unexplained weight loss or night pain with a history of cancer
- Rapidly progressive pain and swelling without a clear mechanical trigger
Seek Urgent Medical Assessment If You Notice:
- Shoulder pain following significant trauma with new weakness or inability to lift the arm
- Visible deformity or suspected dislocation
- Signs of infection: fever, redness, warmth, or feeling generally unwell
- Progressive neurological symptoms — numbness, weakness spreading down the arm
- Unexplained weight loss or night pain with a history of cancer
Exercise Directions Your Physiotherapist May Explore
Once serious pathology has been screened out, physiotherapy for load-related hip pain typically focuses on building tolerance to the movements that provoke symptoms rather than avoiding them altogether. Directions your physiotherapist may explore include:
- Graded hip extensor and abductor strengthening to support joint stability during walking and stairs
- Individualised flexibility and range-of-motion work for hip mobility deficits
- Gait and functional retraining, including stair-specific practice with modified technique
- Impairment-based balance and functional training where relevant
- Activity pacing to build tolerance to walking distance and stair volume gradually
FAQ
Does Hip Pain on Stairs Always Mean Arthritis?
No. Stair-related pain is common in early hip OA and FAI, but it can also come from gluteal tendon irritation, hip flexor overload, or referred lumbar pain — a clinical assessment helps identify which is most likely.Will Exercise Make Joint-Related Hip Pain Worse?
Current guidelines support individualised strengthening, flexibility, and gait/balance training as core, evidence-based components of managing hip OA and related conditions, rather than rest alone.Do I Need an X-Ray to Know What's Causing My Hip Pain?
Not always at first. Many mechanical presentations can be identified clinically; imaging is more useful when the picture is unclear, symptoms are unusual, or conservative care hasn't helped.
References
1. Koc, G. et al. Hip Pain and Mobility Deficits — Hip Osteoarthritis: Revision 2025 — Clinical Practice Guideline (Academy of Orthopaedic Physical Therapy & American Academy of Sports Physical Therapy, APTA). JOSPT. 2025;55(11):CPG1–CPG31. https://www.jospt.org/doi/10.2519/jospt.2025.0301
2. Review of Femoroacetabular Impingement Syndrome. PMC. 2025. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11744475/This article is provided for general education and does not replace an individual assessment. If hip pain is limiting your walking, running, or stair use, book an assessment with a physiotherapist.
Is Pain on the Outside of My Hip Caused by Bursitis?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Pain over the outer hip (near the bony point you can feel when lying on your side) is commonly labelled "bursitis," but current evidence shows that true trochanteric bursitis is actually an uncommon isolated finding. Most cases are now understood to be gluteal tendinopathy — irritation of the gluteus medius or minimus tendons — with or without bursal involvement, grouped under the umbrella term Greater Trochanteric Pain Syndrome (GTPS)."Bursitis" has become the default explanation many people are given for pain on the outside of the hip, but the research over the past two decades tells a more nuanced story. This article explains what's usually actually happening, and why the distinction matters for treatment.
Why "Bursitis" Isn't Always Accurate
Greater Trochanteric Pain Syndrome (GTPS) is the umbrella term now used to describe lateral hip and thigh pain, encompassing trochanteric bursitis, gluteal tendinopathy, and external snapping hip (a band of tissue moving over the hip's bony point). Imaging studies have repeatedly found that gluteal tendinopathy — not bursitis — is the more common underlying finding, with bursal swelling, when present, usually coexisting alongside gluteal tendon changes rather than occurring in isolation.
Typical Clinical Features of GTPS
GTPS classically causes pain over the outer hip and thigh that worsens with single-leg activities (walking, stairs, standing on one leg to dress), lying on the affected side, and sometimes crossing the legs. It is most common between the fourth and sixth decades of life and disproportionately affects women.On examination, clinicians often look for tenderness directly over the greater trochanter, a positive Trendelenburg sign (the pelvis drops when standing on the affected leg due to hip abductor weakness), and pain with resisted hip external rotation — findings that also help distinguish GTPS from pain originating inside the hip joint itself.
Because pain-related guarding changes movement patterns, people with FAI may unconsciously keep the hip in a flexed position or shift their gait (sometimes called a Trendelenburg-type pattern) to avoid loading the joint fully, which a physiotherapist will often screen for during a gait assessment.
Do I Need a Scan to Confirm It?
Usually not initially. GTPS is typically a clinical diagnosis based on history and examination. Where imaging is used, ultrasound is a common first choice because it allows dynamic assessment and can differentiate tendon thickening (tendinosis) from fluid-filled bursal swelling; MRI may be used selectively in more complex or persistent cases.
Why the Distinction Matters
Because gluteal tendinopathy is now understood as the primary driver of most GTPS presentations, treatment has shifted away from bursa-focused approaches (such as repeated corticosteroid injections aimed purely at the bursa) toward tendon-focused, load-based rehabilitation — which current evidence suggests offers better long-term outcomes than injections or shockwave therapy alone.
Exercise Directions Your Physiotherapist May Explore
Because gluteal tendons — like other tendons — respond to graded loading, physiotherapy for GTPS typically progresses through structured stages rather than jumping straight to strengthening. Directions your physiotherapist may explore include:
- Load and positional modification early on — reducing hip adduction positions (like standing with weight through one hip, or crossing legs) that compress the tendon
- Isometric gluteal loading to help settle irritable symptoms
- Progressive gluteus medius and minimus strengthening as tolerance improves
- Functional and gait retraining to address movement patterns that may be overloading the lateral hipThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is Trochanteric Bursitis and Gluteal Tendinopathy the Same Thing?
Not exactly. They're related and often grouped under GTPS, but current evidence indicates gluteal tendinopathy is the more common driver of symptoms, with bursitis usually a secondary or coexisting finding rather than the sole cause.Will Resting Fix Outer Hip Pain?
Complete rest is rarely sufficient, since tendons generally respond best to graded, structured loading rather than prolonged avoidance — though activity modification in the early, irritable phase is often appropriate.Are Cortisone Injections a Good Option for Lateral Hip Pain?
They can offer short-term relief in some cases, but current comparative evidence suggests targeted physiotherapy tends to produce better long-term outcomes than corticosteroid injections or shockwave therapy alone.
References
1. Greater Trochanteric Pain Syndrome (Greater Trochanteric Bursitis). StatPearls, NCBI Bookshelf. Updated 2025. https://www.ncbi.nlm.nih.gov/books/NBK557433/
2. Management of Greater Trochanteric Pain Syndrome: A Narrative Review. PMC. 2025. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC12255468/
3. Grimaldi, A. & Fearon, A. Gluteal Tendinopathy: Integrating Pathomechanics and Clinical Features in Its Management. JOSPT. 2015;45(11). https://www.jospt.org/doi/10.2519/jospt.2015.5829If pain on the outside of your hip is affecting sleep, walking, or standing on one leg, a physiotherapy assessment can clarify the likely source and the right loading strategy.
Can Tight Muscles Cause Hip Pain, or Is It a Joint Problem?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Both are possible, and they often overlap. Muscle- and tendon-related hip pain (such as gluteal tendinopathy, hip flexor or adductor overload) tends to be more localised, linked to specific movements or positions, and improves with targeted loading. Joint-related pain (such as hip OA or FAI) tends to be deeper, groin-based, and associated with stiffness or reduced range of motion — particularly with rotation. A physiotherapy assessment uses movement testing to reason between the two."Is it my muscles or my joint?" is one of the most common questions in hip assessment, and the honest answer is that clinicians often can't rely on a single test to separate them — instead, they build a picture using a structured examination. This article breaks down how that reasoning works.
The Diagnostic Challenge With Hip Pain
Greater Trochanteric Pain Syndrome, for example, presents clinicians with a genuine diagnostic challenge: no single test or cluster of tests reliably identifies which specific structure is involved or how severe the problem is. Because of this, an impairment-based approach — assessing how tissues respond to specific movements and loads — is generally recommended over trying to pin down one exact structure.
A Useful Classification: Contractile vs Non-Contractile
One evidence-informed approach classifies lateral hip pain into contractile (muscle/tendon-related) or non-contractile (joint, bursa, or other non-muscular tissue-related) categories, based on physical examination and movement testing. This allows treatment to be tailored to what's actually driving the pain — for example, tendon-focused loading versus joint-focused mobility work — rather than applying a one-size-fits-all approach.
Clues That Point Toward a Muscle or Tendon Source
- Pain reproduced by resisted muscle testing (e.g., resisted hip abduction or external rotation)
- Localised tenderness directly over a specific tendon or muscle belly
- Pain with sustained compression positions (e.g., lying on that side, crossing legs)
- Preserved or near-normal passive joint range of motion
Clues That Point Toward a Joint Source
- Deep, poorly localised groin pain
- Restricted passive range of motion, particularly internal rotation and flexion
- Pain and/or stiffness worse after periods of rest ("start-up" pain), typical of osteoarthritis
- Pain reproduced with deep flexion, adduction, and internal rotation combined — often used to screen for FAI-type presentations
Why It's Often "Both"
Joint and muscular sources frequently coexist and influence each other — for example, an irritable hip joint can lead to protective muscle guarding, and gluteal tendinopathy can develop secondary to altered joint mechanics. This is part of why physiotherapists focus on a full functional and movement assessment rather than assuming a single cause from symptoms alone.
Exercise Directions Your Physiotherapist May Explore
Once the likely contractile vs joint-based contribution is clearer, physiotherapy directions typically differ accordingly. Categories your physiotherapist may explore include:
- For suspected tendon/muscle involvement: isometric-to-progressive resisted loading targeting the specific muscle group involved
- For suspected joint involvement: individualised range-of-motion and flexibility work alongside functional strengthening
- Motor control and movement retraining where compensatory patterns are contributing to overload
- Combined approaches where both contractile and joint-related findings are present
FAQ
Can Tight Muscles Alone Cause Significant Hip Pain?
Yes — overloaded or irritated hip flexor, adductor, or gluteal tissue can produce significant pain even without underlying joint disease, particularly with repetitive or sustained loading.If Stretching Doesn't Help, Does That Mean It's a Joint Problem?
Not necessarily, though it can be a useful clue. Some tendon and muscle presentations respond poorly to stretching alone and need graded strengthening instead, so this alone isn't diagnostic.Can a Physiotherapist Tell the Difference Without a Scan?
In many cases, yes — a structured history and movement-based examination can reasonably differentiate contractile from joint-related sources, with imaging reserved for cases that remain unclear or don't respond to initial care.
References
1. Fearon, A. et al. Classification Based Treatment of Greater Trochanteric Pain Syndrome (GTPS) With Integration of the Movement System. International Journal of Sports Physical Therapy. 2025. https://ijspt.scholasticahq.com/article/32981-classification-based-treatment-of-greater-trochanteric-pain-syndrome-gtps-with-integration-of-the-movement-system
2. Greater Trochanteric Pain Syndrome (Greater Trochanteric Bursitis). StatPearls, NCBI Bookshelf. Updated 2025. https://www.ncbi.nlm.nih.gov/books/NBK557433/If you're unsure whether muscle tightness or a joint issue is driving your hip pain, a movement-based physiotherapy assessment can help clarify the likely source and the right starting point for treatment.
How Can I Tell Whether My Pain Is Coming From My Hip or My Lower Back?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Hip joint pain is typically felt in the groin or front of the hip and worsens with weight-bearing activities like walking or standing. Pain from the lumbar spine is more commonly felt in the buttock or lower back, may worsen with prolonged sitting or specific back movements, and can radiate down the leg with tingling or numbness. Overlapping symptoms are common, though, which is why clinicians rely on a structured examination rather than location alone.Hip and lower back pain frequently overlap because the lumbar spine and hip are closely connected both anatomically and neurologically — a condition sometimes referred to clinically as "hip-spine syndrome." This overlap can lead to months of treating the wrong area if the source isn't clarified early. This article explains the clues clinicians use to differentiate the two.
Why the Overlap Happens
The femoral, sciatic, and obturator nerves all travel from the lumbar spine through the hip region, meaning pathology in either area can refer pain to the groin, buttock, thigh, or even the knee. This shared nerve pathway is the anatomical reason hip and spine problems can mimic each other so convincingly.
Clues That Point Toward the Hip
- Pain felt in the groin or front of the hip — one study found people with groin pain were roughly seven times more likely to have a genuine hip joint problem
- Pain that worsens with weight-bearing activities such as walking or standing
- Restricted passive hip range of motion, especially internal rotation
- Aching pain reproduced specifically by hip movement or loading
Clues That Point Toward the Lumbar Spine
- Pain centred in the lower back, buttock, or radiating down the leg
- Pain that worsens with prolonged sitting, bending, or specific back movements
- Normal hip joint range of motion despite ongoing symptoms
- Tingling, numbness, or a shock-like or burning quality to the pain, particularly if it follows a specific nerve pattern down the leg
Clues That Point Toward a Joint Source
- Deep, poorly localised groin pain
- Restricted passive range of motion, particularly internal rotation and flexion
- Pain and/or stiffness worse after periods of rest ("start-up" pain), typical of osteoarthritis
- Pain reproduced with deep flexion, adduction, and internal rotation combined — often used to screen for FAI-type presentations
How Clinicians Build the Picture
A thorough history and physical examination remain the foundation of differentiating the two, since overlapping symptoms are common. Repeated or sustained lumbar spine movement testing (flexion, extension, side-bending) is often used to check whether symptoms centralise or worsen — if these movements don't reproduce the pain, the lumbar spine becomes a less likely primary source. Passive hip range-of-motion testing, in particular a capsular restriction pattern, can similarly help identify a hip-based cause.When the picture remains unclear, diagnostic imaging or a guided diagnostic injection into the hip joint can help confirm the primary source, since pain relief following an intra-articular hip injection is strongly associated with genuine hip joint pathology.
When Both Are Involved
It's also possible — and not uncommon — to have both hip and lumbar spine pathology contributing at once. In these cases, clinicians generally aim to identify and address the dominant contributor first, while recognising the other may need attention later if symptoms persist.
FAQ
Can Lower Back Problems Cause Groin Pain?
It's less typical than hip-related groin pain, but lumbar and sacroiliac joint issues can occasionally refer pain toward the groin or anterior hip, which is why a broader examination is useful when the picture isn't clear-cut.Does Numbness or Tingling Always Mean It's My Back?
Not always, but tingling, burning, or shock-like sensations — especially following a leg pattern — are more typical of nerve-related lumbar spine involvement than a primary hip joint problem.Can a Physiotherapist Tell the Difference Without Imaging?
Often, yes. A structured history combined with hip and lumbar movement testing can reasonably differentiate the two sources in many cases, with imaging or diagnostic injections reserved for situations that remain unclear.
References
1. Prather, H. et al. Differentiating Hip Pathology From Lumbar Spine Pathology: Key Points of Evaluation and Management. Journal of the American Academy of Orthopaedic Surgeons. 2017. https://pubmed.ncbi.nlm.nih.gov/28045713/
2. American Academy of Family Physicians (AAFP). Hip Pain in Adults: Evaluation and Differential Diagnosis. American Family Physician. 2021. https://www.aafp.org/afp/2021/0115/p81If you're unsure whether your pain is coming from your hip or your lower back, an assessment that examines both regions together can help clarify the primary source and avoid months of treating the wrong area.
What Exercises Can Help Strengthen the Hip Without Aggravating the Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Current evidence supports progressive, individualised loading — rather than rest or generic stretching — as a core part of managing most non-traumatic hip pain, including hip osteoarthritis and gluteal tendinopathy. The key to avoiding aggravation is starting at a tolerable load (often isometric or reduced-range work), positioning to avoid compressive positions where relevant, and progressing gradually based on how the hip responds, rather than following a generic strength program.
"Is it my muscles or my joint?" is one of the most common questions in hip assessment, and the honest answer is that clinicians often can't rely on a single test to separate them — instead, they build a picture using a structured examination. This article breaks down how that reasoning works.Once a hip presentation has been assessed, one of the most common next questions is how to build strength without setting symptoms off again. This article outlines the general principles physiotherapists use to sequence hip loading safely, across the most common hip conditions.
Why Loading — Not Just Rest — Is Usually Recommended
Clinical practice guidelines for hip osteoarthritis specifically recommend individualised strengthening, flexibility, and endurance programs, alongside functional gait and balance training, as core components of management — reflecting a broader shift away from passive treatments and rest-based approaches. Similarly, systematic review evidence on gluteal tendinopathy shows exercise-based interventions produce meaningfully better function than minimal intervention, in both the short and long term.
Starting Point: Managing Irritability
Where a tendon (such as the gluteal tendons) is particularly irritable, physiotherapists often begin with isometric loading — holding a muscle contraction without joint movement — which can help reduce pain while maintaining some tissue loading. Positional modification also matters early on: for lateral hip conditions, reducing time spent in positions that compress the tendon against the bone (such as standing with weight shifted onto one hip, or sitting with legs crossed) can reduce symptom flare-ups while strength work begins.
Progressing Strength Safely
As symptoms settle, loading is typically progressed from isometric holds toward more dynamic, resisted exercise — targeting the hip abductors (gluteus medius/minimus) and extensors (gluteus maximus) in particular, given their central role in supporting the hip during walking, stairs, and single-leg activities. Research on exercise-based approaches emphasises that dosage — how much, how often, and how it's progressed — is an important and individualised variable, rather than a fixed formula that applies to everyone.
Balance and Functional Training Also Matter
Alongside strengthening, current hip OA guidelines specifically recommend impairment-based gait and balance retraining, since walking mechanics and stability often need to be addressed directly rather than assumed to improve through strength work alone.
Exercise Directions Your Physiotherapist May Explore
Rather than a fixed program, these are categories of hip-loading approaches physiotherapists commonly draw on, sequenced according to irritability and presentation:
- Isometric hip abductor/extensor holds to build early tolerance without provoking a flare
- Positional modification to reduce compressive or aggravating loads during the settling phase
- Progressive resisted hip abductor and extensor strengthening as symptoms allow
- Functional movement retraining for walking, stairs, and single-leg tasks
- Gait and balance training, particularly where joint-related hip conditions affect walking mechanicsThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is It Safe to Strengthen a Hip With Osteoarthritis?
Yes — individualised strengthening is a core, guideline-recommended component of hip OA management, generally alongside flexibility and gait/balance training rather than instead of it.Should I Avoid Squats and Lunges if My Hip Hurts?
Not necessarily, but the range, depth, and load may need modifying initially. A physiotherapist can help determine a starting point that builds tolerance rather than avoiding the movement entirely.How Do I Know if I'm Progressing My Hip Exercises Too Fast?
A meaningful increase in pain that doesn't settle within a day, or pain that changes character (sharper, more localised, or accompanied by swelling), are signals to slow the progression and reassess.
References
1. Koc, G. et al. Hip Pain and Mobility Deficits — Hip Osteoarthritis: Revision 2025 — Clinical Practice Guideline (Academy of Orthopaedic Physical Therapy & American Academy of Sports Physical Therapy, APTA). JOSPT. 2025;55(11):CPG1–CPG31. https://www.jospt.org/doi/10.2519/jospt.2025.0301
2. Effects of Exercise-Based Interventions on Gluteal Tendinopathy: Systematic Review With Meta-Analysis. Scientific Reports. 2024. https://www.nature.com/articles/s41598-024-53283-xThis is general information for education, not a home exercise prescription. If you'd like a hip-loading plan tailored to your specific presentation, book an assessment with a physiotherapist.
Back
When Should I Get an X-Ray or MRI for Back Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Most people with back pain do not need an X-ray or MRI in the first instance. Current guidelines recommend imaging mainly for red-flag features suggesting a serious underlying condition (such as cauda equina syndrome, fracture, infection, or malignancy), or for pain that hasn't improved after roughly six weeks of appropriate conservative management. Uncomplicated acute back pain, with or without leg symptoms, is generally considered a self-limited condition that doesn't require imaging.It's a common assumption that a scan is needed to properly diagnose back pain, but current radiology and primary care guidelines actually recommend against routine imaging in most cases. This article explains when imaging is genuinely appropriate.
Why Imaging Isn't Usually the First Step
Uncomplicated acute low back pain, with or without radiculopathy, is considered a benign, self-limited condition that does not warrant imaging studies in the absence of red flags. This is partly because structural findings on imaging are extremely common even in people without pain, meaning a scan often doesn't change the diagnosis or the initial treatment approach.
Red Flags That Warrant Prompt Imaging
Certain features raise suspicion of a more serious underlying cause and generally prompt earlier imaging, most often MRI:
- Loss of bladder or bowel control, or saddle/groin numbness (suspected cauda equina syndrome — a surgical emergency)
- Progressive or severe neurological deficit (worsening weakness or numbness)
- Suspected fracture, particularly after trauma, in osteoporosis, or with chronic steroid use
- Fever, unexplained weight loss, or a history of cancer alongside new back pain (possible infection or malignancy)
When Imaging After Conservative Care Makes Sense
Beyond red flags, imaging is also considered for patients who have completed a reasonable trial of conservative management — generally up to around six weeks of appropriate physical therapy and medical care — without meaningful improvement, particularly if they are being considered for a procedural or surgical intervention.
X-Ray vs MRI
X-ray is generally used first when fracture or bony alignment is the primary concern, but is limited in showing soft tissue detail. MRI is considered the preferred imaging method for a comprehensive assessment of the spine because of its ability to show disc pathology, the spinal canal, and the spinal cord in detail, and is the imaging of choice when cauda equina syndrome, infection, or malignancy is suspected.
Why Earlier Isn't Always Better
Research has raised the possibility that early MRI performed outside these recommended situations — without red flags or a completed trial of conservative care — may be associated with longer periods of disability, rather than speeding up recovery, reinforcing the value of a structured, stepped approach to imaging.
FAQ
If I've Had Back Pain for Two Weeks, Should I Get a Scan?
Not usually. Most guidelines recommend against imaging this early unless red-flag features are present, since uncomplicated back pain commonly improves substantially within the first few weeks with appropriate conservative care.Does a Normal Scan Mean My Pain Isn't Real?
No. Many genuine causes of back pain — particularly non-specific low back pain and muscular contributors — don't show up as abnormalities on X-ray or MRI, so a "normal" scan doesn't mean nothing is going on.What Happens if My Pain Doesn't Improve With Physiotherapy?
If appropriate conservative care over several weeks hasn't led to meaningful improvement, imaging becomes a more reasonable next step to look for a specific underlying cause and guide further treatment options.
References
American College of Radiology (ACR). ACR Appropriateness Criteria — Low Back Pain: 2021 Update. Journal of the American College of Radiology. 2021. https://www.jacr.org/article/S1546-1440(21)00701-8/fulltext
Low Back Pain: Evaluation and Management. StatPearls, NCBI Bookshelf. Updated 2025. https://www.ncbi.nlm.nih.gov/books/NBK538173/If your back pain hasn't improved with conservative care, or you're concerned about any red-flag symptoms, a physiotherapy assessment can help determine whether imaging or further referral is appropriate.
Why Does My Back Pain Travel Into My Buttock or Leg?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Back pain that spreads into the buttock or leg can come from two different mechanisms: referred pain (from spinal joints, discs, or muscles, usually vague and not extending past the knee) or radicular pain/sciatica (from irritation of a specific nerve root, usually sharper, more defined, and often extending below the knee, sometimes with numbness, tingling, or weakness). Distinguishing between them helps guide the right treatment approach.Pain that spreads beyond the lower back is common, but "it's traveling down my leg" can actually describe two quite different underlying mechanisms. This article explains the difference and why it matters.
Referred Pain vs Radicular Pain
Referred pain originates from structures in the spine — such as the discs, facet joints, or surrounding muscles — and spreads into the buttock or thigh without following the path of a specific nerve. It tends to feel vague or achy and typically doesn't extend below the knee. Radicular pain (commonly called sciatica when it involves the sciatic nerve roots) results from irritation or compression of a specific spinal nerve root, and tends to follow a much more defined pathway down the leg, often as far as the calf or foot.
Recognising a True Sciatica Pattern
Genuine sciatica typically follows the pathway of the nerve root involved: the L5 and S1 nerve roots (the most commonly affected) tend to produce pain down the back or side of the leg into the foot, while higher lumbar nerve roots can produce pain toward the front of the thigh or shin. Accompanying numbness, tingling, or weakness in a specific pattern adds further weight toward a genuine nerve-root cause rather than referred pain.
Why the Distinction Matters
Getting this distinction right matters clinically — treating referred pain from a facet joint as if it were sciatica, or vice versa, can lead to the wrong treatment approach and poorer outcomes. A structured clinical examination, including reflex testing, strength testing, and specific nerve-tensioning tests, is generally used to help clarify which mechanism is most likely, rather than relying on the description of the pain's spread alone.
Prognosis Is Generally Favourable
Even when leg pain is genuinely radicular, most cases improve substantially with time as the underlying inflammation and nerve irritation settle, and the majority of disc-related sciatica cases improve within a few months without surgery.
Seek Urgent Medical Assessment If You Notice:
- New loss of bladder or bowel control, or numbness in the saddle/groin area
- Progressive or severe weakness in one or both legs
- Pain, numbness, or weakness affecting both legs at the same time
- Symptoms following significant trauma
Exercise Directions Your Physiotherapist May Explore
Depending on whether pain is more referred or radicular in nature, directions your physiotherapist may explore include:
- Directional preference exercises, testing which movements centralise (reduce) leg symptoms
- Nerve gliding or mobility exercises where nerve-related irritation is present
- Graded return to activity and functional movement
- Core and trunk control work to support the lumbar spine during daily tasksThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is Sciatica the Same as a Slipped Disc?
Not exactly. Sciatica describes the symptom pattern of nerve-related leg pain, and a disc herniation is one possible (and common) cause of it, but sciatica can also arise from other sources of nerve root irritation, such as spinal stenosis.Does Leg Pain Always Mean Nerve Involvement?
No. Referred pain from spinal joints, discs, or muscles can also travel into the buttock and thigh without involving a nerve root directly, which is part of why a clinical examination is useful for clarifying the source.How Long Does Sciatica Usually Take to Improve?
Many disc-related sciatica cases show meaningful improvement within a few months as inflammation and nerve irritation settle, though timelines vary depending on severity and individual factors.
References
Mayo Clinic Health System. Sciatica & Radiculopathy Names. 2024. https://www.mayoclinichealthsystem.org/hometown-health/speaking-of-health/sciatica-and-radiculopathy-peculiar-names
New Jersey Brain and Spine (NJBS). Why Nerve Pain Travels: Understanding Radiculopathy Patterns. 2026. https://njbrainspine.com/why-nerve-pain-travels-understanding-radiculopathy-patterns/If your back pain is spreading into your buttock or leg, a physiotherapy assessment can help clarify whether it's referred or nerve-related, and guide the right approach.
Is It Safe to Exercise, Bend, or Lift Weights With Lower-Back Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
For most people, yes. Current guidelines consistently recommend staying active and continuing to move — including bending and lifting — rather than resting or avoiding these movements altogether. Evidence does not support the idea that lifting with "imperfect" technique in itself causes back injury, and pain during movement does not necessarily mean tissue damage is occurring.Many people are told to avoid bending, lifting, or exercising once back pain starts, out of fear of making things worse. Current evidence points in a different direction. This article explains why staying active is generally the safer choice, and how to approach loading sensibly.
Why Staying Active Is Generally Recommended
Practically all major clinical guidelines worldwide recommend that people with low back pain stay as physically active as possible and continue regular exercise, rather than resting for extended periods. Prolonged inactivity can weaken supporting musculature, increase sensitivity to pain, and in some cases worsen the very symptoms it was meant to protect against.
The Lifting Technique Question
Contrary to popular belief, research has not found strong evidence that training people in a specific "correct" lifting technique reduces the risk of back pain or injury. This doesn't mean technique is irrelevant at extreme loads, but it does mean the back is generally more resilient to everyday bending and lifting than commonly assumed, and rigid rules about a single "safe" way to lift aren't well supported by the evidence.
What Sensible Loading Looks Like
Rather than avoiding bending and lifting altogether, a more evidence-aligned approach involves building tolerance gradually — starting with manageable loads and ranges, and progressing as confidence and capacity improve. Using variation in how you move (not always bending or lifting the exact same way) and building general strength are both reasonable, practical strategies.
When to Modify vs When to Push Through
A helpful general guide: mild discomfort during activity that settles again afterward is usually not a cause for concern, whereas pain that escalates significantly, lingers well beyond the activity, or is accompanied by neurological symptoms (numbness, weakness, pins and needles) warrants a more cautious approach and a professional assessment rather than pushing through independently.
Exercise Directions Your Physiotherapist May Explore
Rather than a fixed program, these are categories of movement-based approaches physiotherapists commonly draw on to help someone return to bending, lifting, and exercise with confidence:
- Graded exposure to bending and lifting tasks, starting with lighter loads and building up
- General strength and conditioning work for the trunk and lower limbs
- Movement variability training — practising more than one way to bend, lift, or move
- Aerobic activity (walking, cycling, swimming) to build overall tolerance and reduce sensitivityThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Should I Avoid Deadlifts or Squats if My Back Hurts?
Not necessarily, though the load, range, and technique may need modifying temporarily. Many people can continue these movements in a reduced or adapted form while building back tolerance, guided by how symptoms respond.Is Bending With a Rounded Back Actually Dangerous?
Current evidence doesn't support the idea that a rounded back during bending is inherently harmful for most people, though building comfort and strength through a full range of motion is still a reasonable goal.How Do I Know if I'm Doing Too Much Too Soon?
A significant increase in pain that doesn't settle within a day or so, or new symptoms such as numbness or weakness, are signals to scale back and seek a professional assessment rather than continuing to push through.
References
InformedHealth.org (Institute for Quality and Efficiency in Health Care, IQWiG). Low Back Pain: Why Movement Is So Important for Back Pain. NCBI Bookshelf. 2025. https://www.ncbi.nlm.nih.gov/books/NBK284944/
Saragiotto, B.T. et al. Effects of Exercise Therapy in Patients With Acute Low Back Pain: A Systematic Review of Systematic Reviews. PMC. 2020. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7427286/If you're unsure how much to bend, lift, or exercise with your current back pain, a physiotherapy assessment can help set a starting point that builds confidence rather than avoidance.
Does Back Pain Mean That I Have a Slipped Disc?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Not usually. Disc bulges and even herniations ("slipped discs") are extremely common findings on imaging in people who have no back pain at all, so their presence doesn't automatically explain your symptoms. A genuinely disc-related presentation typically follows a specific pattern — often involving leg pain, numbness, or weakness — rather than back pain in isolation.The term "slipped disc" gets used as a catch-all explanation for back pain, but the disc doesn't actually slip out of place, and research shows disc changes are far more common — including in pain-free people — than most people realise. This article unpacks what's really going on.
What a "Slipped Disc" Actually Is
The medical term is disc herniation — localised displacement of disc material beyond its normal boundary, which can occur in several forms (bulge, protrusion, extrusion) of varying severity. It's not a disc slipping out of alignment, but rather the soft inner material of the disc pushing outward, sometimes irritating a nearby nerve root.
How Common Disc Findings Are in People Without Pain
One influential study examining lumbar MRI scans in 98 people with no back pain found that around one-third had a disc bulge or protrusion at one or more levels, and that abnormal scans from people with pain couldn't reliably be distinguished from those without pain by radiologists blinded to symptoms. Other large studies mapping disc degeneration by age have found similarly high rates of "abnormal" findings in pain-free adults, with prevalence increasing steadily from a person's twenties onward as a normal part of ageing.
What Sensible Loading Looks Like
Rather than avoiding bending and lifting altogether, a more evidence-aligned approach involves building tolerance gradually — starting with manageable loads and ranges, and progressing as confidence and capacity improve. Using variation in how you move (not always bending or lifting the exact same way) and building general strength are both reasonable, practical strategies.
When a Disc Is More Likely the True Source
A disc-related presentation becomes clinically more convincing when leg symptoms follow a specific nerve pattern — pain, numbness, tingling, or weakness travelling down the leg in a recognisable distribution — rather than back pain alone. This pattern, often referred to as radiculopathy or sciatica, is covered in more detail in our related article on why back pain travels into the buttock or leg.
Why Imaging Findings and Symptoms Don't Always Match
Because disc changes are so common in pain-free people, current guidelines generally recommend against routine imaging for non-specific low back pain, since a scan is likely to show "something" regardless of whether it's actually the source of the pain. Structural findings matter most when they align with a clear clinical picture — the right pattern of symptoms and physical exam findings — rather than in isolation.
Exercise Directions Your Physiotherapist May Explore
Even where a disc is a likely contributor, current evidence supports movement-based rehabilitation rather than prolonged rest or avoidance. Directions your physiotherapist may explore include:
- Graded return to movement and normal activity as tolerated
- Directional preference exercises, where a specific movement pattern is found to ease symptoms
- Core and trunk control exercises
- Gradual reintroduction of bending, lifting, or loading tasks relevant to the personThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
If My Scan Shows a Disc Bulge, Does That Explain My Pain?
Not necessarily. Disc bulges are common in people without any back pain, so a scan finding needs to be interpreted alongside your symptoms and examination findings rather than assumed to be the cause on its own.Can a Slipped Disc Heal on Its Own?
Many disc-related presentations, including herniations with leg symptoms, improve significantly over weeks to months with conservative management, as inflammation settles and the body reabsorbs some of the displaced material over time.Do I Need Surgery for a Disc Problem?
Most disc-related back and leg pain is managed successfully without surgery. Surgical referral is generally considered only for specific situations — such as red-flag features, progressive neurological loss, or persistent symptoms after an adequate trial of conservative care.
References
Jensen, M.C. et al. Magnetic Resonance Imaging of the Lumbar Spine in People Without Back Pain. New England Journal of Medicine. 1994;331:69-73. https://www.nejm.org/doi/full/10.1056/NEJM199407143310201
Brinjikji, W. et al. MRI Findings of Disc Degeneration Are More Prevalent in Adults With Low Back Pain Than in Asymptomatic Controls: A Systematic Review and Meta-Analysis. American Journal of Neuroradiology. 2015. https://www.ajnr.org/content/36/12/2394If you've been told you have a disc bulge or "slipped disc" and aren't sure what it means for you, a physiotherapy assessment can help connect the scan findings to your actual symptoms and the right next step.
Why Does My Lower Back Hurt Even Though I Did Not Injure It?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Most low back pain develops without any specific injury and is classified clinically as "non-specific low back pain" — pain without a clearly identifiable structural cause on examination or imaging. It's the leading cause of disability worldwide, and current understanding points to a combination of mechanical, physical, and lifestyle-related contributors building up over time, rather than a single traumatic event.If your back pain started gradually, or seemingly out of nowhere, you're not alone — and it doesn't necessarily mean something is torn or damaged. This article explains what's usually going on when back pain shows up without an obvious cause.
What "Non-Specific" Actually Means
Acute low back pain falls into two broad categories: specific causes (intrinsic to the spine, from systemic disease, or referred from other organs) and non-specific causes, where no single structural source can be confidently identified. The large majority of back pain episodes — with or without an obvious trigger — fall into the non-specific category, and this is considered the normal, expected presentation rather than an incomplete diagnosis.
Common Contributing Factors
Non-specific low back pain rarely has one single cause. Factors that can contribute include a sudden increase or change in physical activity, prolonged static postures (sitting or standing for long periods), general deconditioning, disrupted sleep, and psychosocial stress — all of which can lower the back's tolerance to everyday loads without necessarily involving any tissue damage.
Why Pain Doesn't Always Mean Damage
Pain is the body's protective alarm system, not a direct readout of tissue damage. A back can become sensitised and painful due to a build-up of load, stress, and reduced movement variability, in the same way a smoke alarm can go off from steam rather than fire. This is part of why standard guidelines discourage routine imaging for non-specific low back pain — structural findings frequently don't correlate with pain levels or explain why pain started when it did.
When It Might Be Something Else
While most back pain is non-specific and benign, a small proportion of cases relate to a specific underlying cause, which is why clinicians screen for red-flag features during an initial assessment.
Seek Urgent Medical Assessment If You Notice:
- Loss of bladder or bowel control, or numbness in the saddle/groin area
- Progressive weakness or numbness in one or both legs
- Back pain following significant trauma (a fall, accident)
- Fever, unexplained weight loss, or a history of cancer alongside new back pain
- Pain that is constant, unrelenting, and worse at night or unrelated to movement
Exercise Directions Your Physiotherapist May Explore
For non-specific low back pain, current guidelines consistently favour maintaining activity over rest. Directions your physiotherapist may explore include:
- Graded return to normal daily activities and movement
- General aerobic activity such as walking or cycling within a tolerable level
- Core and trunk stabilisation exercises tailored to individual presentation
- Movement variability and postural change strategies for prolonged sitting or standing rolesThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
If I Didn't Injure My Back, Why Does It Hurt So Much?
Pain intensity doesn't always match the extent of tissue damage — non-specific low back pain can be genuinely painful and disabling even without a structural injury, often reflecting a build-up of load and sensitivity rather than acute damage.Does This Mean the Pain Is "All in My Head"?
No. Non-specific doesn't mean psychological or imaginary — it means no single structural cause has been identified, while the pain itself is entirely real and often influenced by a mix of physical and lifestyle factors.Will It Keep Coming Back?
Recurrence is common with low back pain, which is part of why guidelines emphasise regular activity and movement as an ongoing strategy, not just a treatment for the current episode.
References
American Academy of Family Physicians (AAFP). Acute Low Back Pain: Diagnosis and Management. American Family Physician. 2025;112(5):526-536. https://www.aafp.org/pubs/afp/issues/2025/1100/acute-low-back-pain.html
Chenot, J-F. et al. Saudi Clinical Practice Guideline for the Assessment and Management of Low Back Pain and Sciatica in Adults. PMC. 2025. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC12842004/This article is provided for general education and does not replace an individual assessment. If your back pain is persistent or worsening, book an assessment with a physiotherapist.
Neck
Why Does My Neck Hurt After Working at a Desk or Using My Phone?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Neck pain after desk work or phone use is usually classified as non-specific or mechanical neck pain, and current research suggests it's driven less by posture itself and more by prolonged static positioning, reduced movement variability, and factors like poor sleep and low physical activity. The neck simply becomes less tolerant of sustained positions the longer it stays still, regardless of how "correct" that position looks.If your neck feels stiff, achy, or tight after a long stretch at your desk or scrolling on your phone, you're describing one of the most common presentations in musculoskeletal physiotherapy. This article explains what's actually driving that pain, and why it's often more about duration than position.
Why Sustained Positions — Not Just "Bad" Ones — Are the Real Issue
The terms "text neck" and "tech neck" have become popular shorthand for device-related neck pain, but neither is an official medical diagnosis, and clinicians typically diagnose this presentation as non-specific neck pain or cervical strain. A landmark 2025 longitudinal study found that posture alone does not cause neck pain — poor sleep quality, physical inactivity, and prolonged static positioning were the stronger contributors. This reframes the issue: it's less about achieving a "perfect" neck angle and more about how long any single position is held without change.
Common Contributing Factors
Non-specific low back pain rarely has one single cause. Factors that can contribute include a sudden increase or change in physical activity, prolonged static postures (sitting or standing for long periods), general deconditioning, disrupted sleep, and psychosocial stress — all of which can lower the back's tolerance to everyday loads without necessarily involving any tissue damage.
What's Actually Happening in the Tissues
Holding the neck in any fixed position for an extended period — whether looking down at a phone or staring at a monitor — increases sustained load on the same muscles, joints, and soft tissues, without the normal variation in movement that keeps tissues tolerant to load. This can lead to localised fatigue, stiffness, and pain that builds gradually over a work session or day, rather than from any single "wrong" posture.
Why This Is Reassuring, Not Alarming
Because the primary driver is prolonged static loading rather than structural damage, this type of neck pain is generally preventable and often reversible with fairly simple changes — most notably, breaking up periods of stillness rather than chasing an ideal fixed posture.
Seek Urgent Medical Assessment If You Notice:
- Neck pain following significant trauma (a fall, collision, whiplash-type injury)
- Progressive weakness, numbness, or clumsiness in the arms or hands
- Fever, unexplained weight loss, or a history of cancer alongside new neck pain
- Severe headache with neck stiffness and fever
Exercise Directions Your Physiotherapist May Explore
For most desk- and device-related neck pain, current guidelines emphasise staying active and building tolerance rather than static postural correction alone. Directions your physiotherapist may explore include:
- Regular movement breaks to interrupt prolonged static positioning
- Deep neck flexor and scapular endurance exercises
- General neck and upper back mobility work through a full range of motion
- Graded return to normal activity levels, including general physical activity beyond the neck itselfThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is "Text Neck" a Real Medical Condition?
Not officially — there's no recognised diagnostic code for it, and physiotherapists typically diagnose the underlying presentation as non-specific neck pain or cervical strain. The discomfort people describe is genuine, but "text neck" is a descriptive label rather than a clinical diagnosis.Do I Need a Perfect Posture to Avoid Neck Pain?
Not based on current evidence — chasing one "correct" posture matters less than avoiding long, unbroken periods in any single position. Regular movement and postural variation appear more protective than any specific fixed alignment.How Often Should I Take Breaks From My Desk or Phone?
There's no single universally agreed interval, but frequent, brief breaks to move the neck through its range are generally recommended over infrequent, longer breaks, since the core issue is sustained static loading.
References
Correia, C. et al. (2025) as cited in: Today's Generation: What Is "Text Neck"? CK Physio. 2026. https://ckphysio.co.uk/blog/todays-generation-what-text-neck
Ahmad El-Allawy et al. Clinical Practice Guideline: Nonspecific Neck Pain. Deutsches Ärzteblatt International. 2025;122(20):552-557. https://pubmed.ncbi.nlm.nih.gov/40665902/This article is provided for general education and does not replace an individual assessment. If desk- or device-related neck pain is persistent or worsening, book an assessment with a physiotherapist.
Can Poor Posture Cause Long-Term Neck Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
The relationship is more nuanced than "bad posture causes neck pain." Current evidence suggests posture alone is not a strong independent predictor of long-term neck pain — factors like prolonged static positioning, physical inactivity, poor sleep, and reduced movement variability appear to play a larger role than the specific shape of someone's posture at any given moment.For decades, "fix your posture" has been the default advice for neck pain, but the underlying research tells a more layered story. This article explains what current evidence actually says about posture's role in long-term neck pain.
Where the "Posture Causes Pain" Idea Came From
Forward head posture — where the head sits further forward relative to the shoulders — has long been associated with device use and neck pain, and it remains a commonly observed postural pattern in people with neck complaints. However, posture itself is increasingly understood to play a smaller causal role in neck pain than previously believed, with research increasingly separating the presence of a postural pattern from proof that it's the cause of pain.
What the More Recent Evidence Shows
A 2025 longitudinal study tracking postural patterns and neck pain over time found that posture alone did not predict neck pain — instead, poor sleep quality, physical inactivity, and prolonged static positioning were identified as the stronger contributing factors. This doesn't mean posture is irrelevant, but it does mean posture is one contributor among several, rather than the primary cause many people assume it to be.
Why This Matters for Long-Term Management
If posture correction alone were the answer, a large proportion of chronic neck pain would resolve with postural bracing or awareness training — but outcomes from posture-focused approaches alone have been inconsistent. Current guidelines for non-specific neck pain instead emphasise active management — movement, exercise, and staying generally active — as the central element of treatment, rather than static postural correction in isolation.
A More Useful Way to Think About Posture
Rather than viewing posture as either "correct" or "incorrect," it may be more useful to think of it as one of several modifiable contributors — alongside activity levels, sleep quality, and movement variability — that collectively influence how tolerant the neck is to daily loads.
Exercise Directions Your Physiotherapist May Explore
Because posture is only one piece of the picture, physiotherapy for long-term neck pain typically addresses several contributing factors together. Directions your physiotherapist may explore include:
- General postural awareness and variability training, rather than a single fixed "correct" posture
- Neck and upper back strengthening and endurance work
- Broader physical activity recommendations to address overall conditioning
- Sleep and lifestyle-related education where relevant to the individualThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Should I Stop Trying to Improve My Posture Altogether?
Not necessarily — posture can still be a reasonable, comfortable goal, but current evidence suggests it shouldn't be treated as the sole cause of, or single fix for, long-term neck pain.Why Do I Feel Better When I Sit Up Straighter?
Short-term relief from a posture change doesn't necessarily mean poor posture was the underlying cause — it may reflect a temporary change in load distribution or simply a break from a previously sustained position.What Should I Focus on Instead of Just Posture?
Building general movement variability, staying physically active, and addressing sleep quality are all supported as meaningful contributors to long-term neck pain alongside — not instead of — reasonable postural habits.
References
Correia, C. et al. (2025) as cited in: Today's Generation: What Is "Text Neck"? CK Physio. 2026. https://ckphysio.co.uk/blog/todays-generation-what-text-neck
Ahmad El-Allawy et al. Clinical Practice Guideline: Nonspecific Neck Pain. Deutsches Ärzteblatt International. 2025;122(20):552-557. https://pubmed.ncbi.nlm.nih.gov/40665902/If long-term neck pain hasn't improved despite working on your posture, a physiotherapy assessment can help identify the other contributing factors that might be involved.
Why Does My Neck Pain Spread Into My Shoulder, Arm, or Hand?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Neck pain spreading into the shoulder, arm, or hand can come from two different mechanisms: referred pain from neck muscles or joints (often vague, and not usually following a specific nerve pathway) or cervical radiculopathy — irritation or compression of a cervical nerve root, which typically produces sharper, more defined pain that follows a specific dermatomal pattern, often with numbness, tingling, or weakness.Pain that travels from the neck down into the arm or hand can be alarming, but it's a common presentation with a fairly well-understood set of underlying mechanisms. This article explains what's usually happening and how clinicians tell the difference.
Referred Pain vs Cervical Radiculopathy
Referred pain from cervical muscles or joints — for example, an irritated facet joint or a myofascial trigger point — can spread into the shoulder or upper arm without following the path of a specific nerve, and tends to feel more diffuse or achy. Cervical radiculopathy, by contrast, involves compression or irritation of a specific nerve root (most commonly caused by a herniated disc or degenerative changes narrowing the space the nerve passes through), producing pain that radiates along the nerve's path — frequently described as sharp or electric — often together with numbness, tingling, or weakness in a recognisable pattern.
Recognising a Radicular Pattern
Cervical radiculopathy symptoms typically present on one side, follow a fairly classic dermatomal pattern down the arm, and tend to worsen with neck extension, rotation toward the symptomatic side, or overhead arm activity. Reflex changes, muscle weakness, and sensory changes in the corresponding area add further weight toward a nerve-root cause. That said, research comparing clinical assessment to MRI findings shows that even experienced clinicians identify the exact affected nerve root only some of the time — clinical testing is a strong guide, not a perfect one.
How Clinicians Differentiate the Two
A cluster of clinical tests — including the Spurling test (gentle downward pressure on the head to see if it reproduces arm symptoms), the cervical distraction test, the upper limb tension test, and assessing whether rotating the head toward the painful side is significantly restricted — is commonly used together, since combining several positive findings substantially increases diagnostic confidence compared with relying on any single test alone.
Why the Distinction Matters
Distinguishing radicular from referred pain matters because it shapes treatment — nerve-related presentations often respond to different approaches (such as nerve gliding techniques or specific traction-based interventions) compared with muscular or joint-related referred pain, and getting the diagnosis right helps avoid treating the wrong structure.
Seek Urgent Medical Assessment If You Notice:
- Bilateral arm symptoms or symptoms affecting multiple nerve root levels, especially after trauma
- Progressive or significant weakness in the arm or hand
- Loss of coordination, gait changes, or symptoms in the legs alongside arm symptoms (possible spinal cord involvement)
- Symptoms following significant trauma
Exercise Directions Your Physiotherapist May Explore
Depending on whether pain is more referred or radicular in nature, directions your physiotherapist may explore include:
- Nerve gliding or mobility exercises where nerve root irritation is present
- Graded cervical and scapular strengthening and mobility work
- Postural and movement retraining to reduce provocative positions
- Manual therapy techniques as an adjunct alongside active exerciseThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Does Arm Pain From My Neck Always Mean a Pinched Nerve?
No. Referred pain from neck muscles or joints can also spread into the shoulder and upper arm without any nerve root involvement, which is why a clinical examination is useful for telling the two apart.Can Cervical Radiculopathy Cause Hand Numbness?
Yes — numbness or tingling in a specific area of the hand, following the distribution of the affected nerve root, is a common accompanying feature of cervical radiculopathy.Do I Need an MRI to Confirm Which Nerve Is Affected?
Not always initially, since diagnosis is commonly made through history and clinical examination. MRI becomes more relevant when symptoms are severe, progressive, not improving with conservative care, or when red-flag features are present.
References
Cervical Radiculopathy. StatPearls, NCBI Bookshelf. Updated 2025. https://www.ncbi.nlm.nih.gov/books/NBK441828/
Thoomes, E.J. et al. Clinical Evaluation Versus Magnetic Resonance Imaging Findings in Patients With Radicular Arm Pain — A Pragmatic Study. PubMed. 2022. https://pubmed.ncbi.nlm.nih.gov/35434382/If your neck pain is spreading into your shoulder, arm, or hand, a physiotherapy assessment can help clarify whether it's referred or nerve-related, and guide the right approach.
Are Headaches Sometimes Caused by the Neck?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Yes — this is called a cervicogenic headache, where pain originates from structures in the upper neck (such as the upper cervical joints or muscles) and is referred to the head. It's typically one-sided, often triggered or worsened by neck movement or sustained postures, and tends to improve alongside improvement in the underlying neck condition, which helps distinguish it from migraine or tension-type headache.Not every headache with neck tightness is a "tension headache" — in some cases, the neck itself is the actual source of the pain, referring it upward into the head. This article explains how cervicogenic headache is recognised and why the distinction from other headache types matters.
What Makes a Headache "Cervicogenic"
According to internationally recognised diagnostic criteria (ICHD-3), a cervicogenic headache requires clinical, laboratory, or imaging evidence of a disorder in the cervical spine or neck soft tissues known to cause headache, plus evidence linking the headache to that disorder — such as the headache developing after the onset of the neck problem, improving in parallel with the neck condition improving, being significantly worsened by neck movement or pressure on neck structures, or resolving after a diagnostic nerve block.
Typical Clinical Features
Cervicogenic headache is usually one-sided (referred pain from unilaterally innervated neck structures typically stays on that same side), often starts after specific neck movements or sustained positions, and is commonly accompanied by reduced neck range of motion. A specific clinical test — the flexion-rotation test, which checks for restricted, painful neck rotation while the neck is held in a flexed position — is considered a reliable clinical sign that helps differentiate cervicogenic headache from migraine or tension-type headache.
Why Distinguishing It From Migraine or Tension Headache Matters
Because primary headache types like migraine often present with some degree of associated neck pain or stiffness too, differentiating a genuinely cervicogenic headache from these other types is important — the underlying mechanism, and therefore the most effective treatment approach, differs between them. Physiotherapy-led assessment, incorporating a pattern of movement testing, joint findings, and deep neck flexor function, has been shown to help distinguish cervicogenic headache from migraine and tension-type headache with reasonable accuracy.
Why Physiotherapy Is Considered a First-Line Approach
Physiotherapy is generally considered a first-line treatment for cervicogenic headache, since the underlying driver is a musculoskeletal issue in the neck rather than the vascular or neurological mechanisms thought to underlie migraine. Multimodal programs combining manual therapy with motor control exercise have shown effectiveness in clinical trials, with benefits maintained over the longer term.
Exercise Directions Your Physiotherapist May Explore
Where a headache is assessed as likely cervicogenic, directions your physiotherapist may explore include:
- Deep neck flexor and cervical motor control exercises
- Manual therapy techniques to address upper cervical joint restriction, combined with active exercise
- Postural and workstation-related education to reduce provocative sustained positions
- Graded return to activities that had been avoided due to headache triggersThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
How Can I Tell if My Headache Is From My Neck or a Migraine?
Cervicogenic headache tends to be one-sided, linked to neck movement or position, and accompanied by reduced neck range of motion, whereas migraine often involves additional features like nausea, light sensitivity, or a throbbing quality — though overlap can occur, so a clinical assessment is the most reliable way to tell.Can Poor Desk Posture Give Me Headaches?
Sustained neck positions and reduced movement variability, similar to those linked with general neck pain, can also contribute to cervicogenic headache in some people, particularly when combined with existing neck joint or muscle irritability.Will Neck Treatment Actually Help My Headache?
Where a headache is genuinely cervicogenic, addressing the underlying neck dysfunction through physiotherapy has evidence supporting meaningful improvement, since the neck is the actual source of the pain rather than a coincidental finding.
References
Cervicogenic Headache. StatPearls, NCBI Bookshelf. Updated 2022. https://www.ncbi.nlm.nih.gov/books/NBK507862/
Jull, G. & Stanton, W. Predictors of Responsiveness to Physiotherapy Management of Cervicogenic Headache. Cephalalgia. 2005;25:101-108, as summarised in: Cervicogenic Headache. ScienceDirect. https://www.sciencedirect.com/science/article/abs/pii/S2468781223000723If your headaches seem linked to your neck — worse with certain movements or positions, or accompanied by neck stiffness — a physiotherapy assessment can help clarify whether the neck is the underlying source.
What Type of Pillow or Sleeping Position Is Best for Neck Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
There's no single "best" pillow that works for everyone, but the general principle supported by research is that a pillow should support the neck's natural curve in both back and side sleeping positions — typically moderately supportive rather than very soft or very flat — without forcing the neck into an unusually flexed or extended angle. Individual comfort, sleeping position, and body size all influence what works best for a given person."What pillow should I use?" is one of the most common questions physiotherapists get asked about neck pain, and while there's no universal answer, there is a useful set of evidence-based principles to guide the choice. This article walks through what the research actually supports.
What Research Says About Pillow Design
A systematic review and meta-analysis of pillow designs found that inadequate support to the neck and shoulder region can adversely alter cervical alignment and has been associated with neck pain, waking symptoms, and poorer sleep quality — while an "ideal" pillow is generally described as one that supports the neck's natural curve (cervical lordosis) in lying on the back, and prevents the neck from bending too far sideways when lying on the side.
Why There's No Single "Best" Pillow for Everyone
Despite manufacturer claims, a rigorous pilot trial in people with neck pain and confirmed spinal degeneration found no single pillow type performed consistently better across all measures — different pillow materials suited different people, and individual response varied considerably. This reinforces that pillow choice is often a matter of individual trial and comfort within some general supportive principles, rather than one product being objectively "correct" for everyone.
The Height and Fit Principle
One of the more consistent findings across pillow research is that the pillow's height and shape need to match the individual's body size and preferred sleeping position — a pillow that is too high or too low, or a shape that doesn't suit how someone sleeps, can hold the neck in a non-neutral position regardless of how well-designed the pillow is otherwise. A moderately supportive pillow (rather than very flat or very firm) that maintains a roughly neutral neck alignment in side and back sleeping tends to be a reasonable general starting point.
Sleeping Position Matters Too
Side and back sleeping are generally considered more supportive of neutral cervical alignment than sleeping on the stomach, which typically requires the neck to be rotated for extended periods and may increase strain. Some randomised trials of specially designed cervical support pillows have shown improvements in pain, disability, and sleep quality in people with chronic neck pain, particularly with sustained use over time.
Exercise Directions Your Physiotherapist May Explore
Alongside pillow and sleep position adjustments, physiotherapists often address broader factors that influence morning neck symptoms. Directions your physiotherapist may explore include:
- Gentle neck mobility exercises before bed or on waking to reduce morning stiffness
- Deep neck flexor and postural endurance exercises to support overall neck tolerance
- General sleep hygiene and positioning education tailored to the individual
- Gradual trial of pillow adjustments alongside — not instead of — active rehabilitationThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is a Firm Pillow Always Better Than a Soft One?
Not necessarily — the right firmness depends on individual factors like sleeping position and body size, since the underlying goal is neutral cervical support rather than any specific firmness level.Should I Sleep on My Stomach if I Have Neck Pain?
Stomach sleeping generally requires the neck to be rotated for prolonged periods and is usually considered less favourable for neutral cervical alignment compared with back or side sleeping.Do Special "Cervical" or "Ergonomic" Pillows Actually Work?
Some randomised trials of specific cervical support pillows have shown improvements in pain and sleep quality in people with chronic neck pain, though evidence on any single design being universally superior remains limited, and individual comfort still matters.
References
Effects of Pillow Designs on Neck Pain, Waking Symptoms, Neck Disability, Sleep Quality and Spinal Alignment in Adults: A Systematic Review and Meta-Analysis. ScienceDirect. 2021. https://www.sciencedirect.com/science/article/abs/pii/S0268003321000838
Pillow Preferences of People With Neck Pain and Known Spinal Degeneration: A Pilot Randomized Controlled Trial. PubMed. 2019. https://pubmed.ncbi.nlm.nih.gov/31489809/If morning neck pain or stiffness is a recurring issue, a physiotherapy assessment can help identify whether pillow choice, sleeping position, or another contributing factor is the best place to start.
Elbow
How Can I Tell Whether I Have Tennis Elbow or Golfer's Elbow?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
The key differentiator is location. Tennis elbow (lateral epicondylalgia) causes pain on the outside of the elbow, typically worsened by resisted wrist extension — gripping, lifting a kettle, or shaking hands. Golfer's elbow (medial epicondylalgia) causes pain on the inside of the elbow, worsened by resisted wrist flexion and forearm pronation. Both are clinical diagnoses that a physiotherapist can usually confirm through history and a focused examination, without needing a scan.You don't need to play tennis or golf to get either condition — both relate to repetitive loading of the forearm tendons in everyday tasks, work, or sport. This article explains how the two are distinguished clinically.
What's Actually Happening in the Tendon
Tennis elbow affects the tendons that attach the forearm extensor muscles — primarily the extensor carpi radialis brevis — to the lateral epicondyle (the bony bump on the outside of the elbow). Golfer's elbow affects the common flexor-pronator tendon, which attaches the wrist flexor and forearm pronator muscles to the medial epicondyle (the bony bump on the inside of the elbow). Both are now understood as degenerative tendinopathies — involving disorganised collagen and tissue changes — rather than a straightforward inflammatory process, despite the older "-itis" naming.
How Common Each One Is
Tennis elbow is considerably more common than golfer's elbow, affecting an estimated 1-3% of the general population, with golfer's elbow affecting a notably smaller proportion. Both can occur at any age when a hobby, job, or sport involves repetitive wrist and forearm loading.
The Key Clinical Tests
For tennis elbow, resisted wrist extension with the elbow straight typically reproduces lateral pain, and a resisted middle-finger extension test is considered a fairly specific test for this condition. For golfer's elbow, resisted wrist flexion and forearm pronation typically reproduces medial pain. Palpation directly over the affected epicondyle for tenderness, alongside a grip strength assessment (often reduced in tennis elbow due to pain), rounds out a typical clinical examination.
When It's Not as Straightforward
Occasionally, both conditions can coexist in the same elbow, and other conditions can mimic either presentation — including cervical spine referral, elbow joint pathology, and, particularly on the medial side, ulnar nerve involvement (cubital tunnel syndrome). Tingling, numbness, or weakness in the ring and little fingers alongside medial elbow pain is a specific clue that the ulnar nerve may be involved and needs separate assessment, since nerve symptoms won't resolve with tendon-focused rehabilitation alone.
Seek Further Assessment If You Notice:
- Numbness, tingling, or weakness in the hand or fingers alongside elbow pain
- Elbow pain following a significant injury, fall, or dislocation
- Visible swelling, deformity, or inability to move the elbow through its normal range
- Pain that is constant, unrelated to activity, or associated with feeling unwell
Exercise Directions Your Physiotherapist May Explore
Once the likely tendon has been identified, physiotherapy for both conditions follows a broadly similar loading-based approach. Directions your physiotherapist may explore include:
- Isometric loading of the affected tendon group to help settle irritable symptoms
- Progressive resisted loading of the wrist extensors (tennis elbow) or flexor-pronator group (golfer's elbow)
- Grip strength and forearm endurance work
- Activity and task modification while tendon capacity rebuildsThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Can I Have Both Tennis Elbow and Golfer's Elbow at the Same Time?
It's uncommon, but both epicondyles can be affected in the same elbow simultaneously, particularly in longstanding or heavily loaded presentations, which is why a full examination of both sides is worthwhile if symptoms are mixed or unclear.Do I Need an X-Ray or MRI to Confirm Which One I Have?
Not usually. Both are typically diagnosed clinically through history and specific resisted movement tests. Imaging is more useful when the diagnosis is uncertain, symptoms aren't improving as expected, or a nerve or joint problem is also suspected.Is Golfer's Elbow Different to Treat Than Tennis Elbow?
The overall approach — progressive tendon loading — is similar for both, though golfer's elbow requires closer attention to possible ulnar nerve involvement, which needs to be assessed and managed separately if present.
References
Tennis Elbow vs Golfer's Elbow: What's the Difference? Physio Club. 2026. https://physioclub.com.au/blog/elbow-pain-tennis-elbow-or-golfers-elbow/
Tennis Elbow and Golfer's Elbow. Patient.info (Professional Reference, UK doctors, evidence and guideline-based). 2025. https://patient.info/doctor/orthopaedics/tennis-elbow-and-golfers-elbowThis article is provided for general education and does not replace an individual assessment. If you're unsure which condition matches your elbow pain, book an assessment with a physiotherapist.
Why Does My Elbow Hurt When Gripping, Lifting, or Carrying Objects?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Pain during gripping, lifting, or carrying most often points to a tendon-related problem — typically tennis elbow or golfer's elbow — because these everyday tasks demand sustained contraction from the exact forearm muscle groups whose tendons attach at the elbow. The repeated or sustained tension these tasks place on the tendon is often enough to provoke symptoms, even without any single traumatic incident.Gripping a bag handle, lifting a kettle, or carrying shopping are simple daily tasks — but they place real demand on the forearm tendons that attach at the elbow, which is exactly why they tend to provoke pain in common elbow tendon conditions. This article explains the mechanical link between these activities and elbow pain.
Why Grip and Lift Tasks Are Such Common Triggers
Gripping requires sustained contraction of the wrist flexors and, to stabilise the wrist during the grip, the wrist extensors as well. Lifting and carrying add load on top of this sustained contraction. Because the extensor tendon (in tennis elbow) or flexor-pronator tendon (in golfer's elbow) is already under tension during these tasks, any reduced capacity in that tendon — from previous overload, deconditioning, or early degenerative change — tends to become symptomatic specifically during these movements.
The Role of Tendon Capacity
Elbow tendinopathy is fundamentally about the mismatch between the load being placed on a tendon and that tendon's current capacity to tolerate it. A tendon that has been under-loaded (through inactivity) or overloaded (through a sudden increase in repetitive gripping or lifting demands) can become less tolerant of the very tasks it previously managed without issue — which is why symptoms sometimes appear seemingly out of nowhere, even without a new activity.
Common Task-Related Triggers
- Repetitive gripping tasks (using tools, opening jars, carrying bags by the handle)
- Lifting with the palm facing down (a position that increases extensor tendon load)
- Sudden increases in repetitive work or sport demands
- Prolonged computer mouse use or manual work involving sustained wrist positions
Why the Pain Doesn't Always Mean Ongoing Damage
Because tendinopathy involves reduced load tolerance rather than an acute tear, pain during these tasks reflects the tendon's current capacity rather than active injury occurring with every grip. This is part of why the general management approach favours gradually rebuilding capacity through loading, rather than complete avoidance of all gripping and lifting tasks indefinitely.
Exercise Directions Your Physiotherapist May Explore
Rebuilding tolerance to grip and lifting-type loads is a central part of physiotherapy management. Directions your physiotherapist may explore include:
- Isometric grip and wrist loading to build early tolerance without provoking a flare
- Progressive resisted wrist extension or flexion work, depending on which tendon is affected
- Task-specific practice — gradually reintroducing the grip or lifting task that provokes symptoms, at a reduced load
- Technique adjustments, such as lifting with a more neutral wrist position or distributing load across both hands
FAQ
Should I Stop Gripping or Lifting Things Altogether?
Not usually. Complete avoidance can lead to further deconditioning of the tendon, making it less tolerant over time. A more graded approach — reducing aggravating load rather than eliminating it entirely — is generally recommended.Why Does It Hurt More With a Palm-Down Grip?
Lifting with the palm facing down (pronation) tends to increase tension through the extensor tendon group, which is why this position often reproduces tennis elbow symptoms more readily than a palm-up or neutral grip.Is Weak Grip Strength a Cause or a Result of Elbow Tendon Pain?
Often both — pain can inhibit grip strength in the short term, while underlying reduced tendon capacity can also contribute to why grip-heavy tasks become symptomatic in the first place. Rebuilding grip strength through graded loading is typically part of the solution either way.
References
Golfer's Elbow, Tennis Elbow (Epicondylitis): Diagnosis and Pain Management. MedCentral. 2025. https://www.medcentral.com/orthopedics/elbow-pain-medial-lateral-epicondylitis
Physiopedia. Tennis Elbow Management. 2025. https://www.physio-pedia.com/TennisElbowManagementIf gripping, lifting, or carrying consistently provokes your elbow pain, a physiotherapy assessment can help identify the affected tendon and build a plan to rebuild its tolerance.
Should I Wear an Elbow Brace for Tendon Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
A counterforce brace (the strap worn around the upper forearm) can offer short-term pain relief and improved grip strength for some people with tennis elbow, and is generally considered a reasonable, low-risk option — but the evidence for its effectiveness is mixed, and it works best as an adjunct alongside progressive loading exercise rather than as a stand-alone treatment or a substitute for it.Elbow straps and braces are widely sold and often the first thing people try for tennis elbow, but what does the evidence actually say about whether they help? This article looks at what braces can and can't be expected to do.
What a Counterforce Brace Is Meant to Do
A counterforce brace — typically a strap positioned over the proximal forearm, at the belly of the affected muscle group — is thought to work by reducing strain on the tendon and altering forearm biomechanics during gripping tasks, theoretically offloading the injured tissue during aggravating activities.
What the Evidence Actually Shows
The research picture is mixed. Some randomised trials have found counterforce braces provide meaningful short-term reduction in pain frequency and severity compared with a placebo brace, along with improved elbow function at several months. However, a Cochrane review highlighted a lack of conclusive evidence for orthotic devices in this condition, and other systematic reviews and meta-analyses have found braces show, at best, a small improvement in pain over the short term compared with other active treatments, with more consistent benefit seen in people under 45.
Braces vs Physiotherapy Exercise
Some direct comparisons have found that counterforce bracing does not show a clear advantage over physiotherapy exercise for pain reduction in the short term — reinforcing that a brace is not a replacement for progressive loading, which remains the most evidence-supported approach for tendon-related elbow pain.
A Reasonable Way to Think About Bracing
Given the mixed evidence, a brace is probably best thought of as a low-risk, potentially helpful adjunct — something that may ease symptoms enough to keep functioning through daily tasks or continue an exercise program — rather than a treatment that will resolve the underlying tendon problem on its own.
Exercise Directions Your Physiotherapist May Explore
Whether or not a brace is used, progressive tendon loading remains the central component of management. Directions your physiotherapist may explore include:
- Isometric loading in the early, more irritable phase
- Progressive resisted loading of the affected tendon group as symptoms allow
- Grip strength and forearm endurance work
- Gradual reintroduction of the specific tasks or sport movements that provoke symptomsThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Will a Brace Alone Fix My Tennis Elbow?
Unlikely on its own — evidence suggests braces may offer short-term symptom relief for some people, but progressive loading exercise is the more consistently supported approach for actually rebuilding tendon capacity.Where Should the Brace Be Positioned?
Traditionally, a counterforce brace is positioned over the proximal one-third of the forearm, in line with the affected epicondyle, though there's limited consensus in the research on the single "ideal" placement.Can Wearing a Brace Make Things Worse?
It's generally considered a low-risk intervention, though wearing it too tightly or relying on it instead of addressing tendon loading and aggravating activities could delay meaningful progress.
References
The Effects of Counterforce Brace on Pain in Subjects With Lateral Elbow Tendinopathy: A Systematic Review and Meta-Analysis of Randomized Controlled Trials. Journal of Hand Therapy (via SAGE). 2020. https://journals.sagepub.com/doi/10.1177/0309364620930618
Effect of Counterforce Brace Placement on Muscle Activation in Healthy Adults. ScienceDirect. 2025. https://www.sciencedirect.com/science/article/abs/pii/S1556370725000331If you're considering a brace for elbow tendon pain, a physiotherapy assessment can help you understand whether it's likely to help in your specific case, and build the loading program that does most of the work.
How Long Does Tennis Elbow Usually Take to Recover?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Tennis elbow is generally a self-limiting condition, with research suggesting roughly 90% of people recover within about a year regardless of treatment, though most people who engage in structured, progressive loading exercise notice meaningful improvement within 6-12 weeks. Longstanding or chronic cases can take several months longer to fully resolve.If you've been living with tennis elbow for a while, it's natural to wonder how much longer it might take — and whether continuing to have symptoms means something is going wrong. This article walks through what the research says about typical recovery timelines.
The General Timeline
Many people notice meaningful relief within 6-8 weeks of starting an appropriately dosed, progressive loading exercise program, particularly when combined with reducing clearly aggravating tasks early on. A minimum of around 12 weeks of progressive loading is typically considered necessary to see the fuller benefit of exercise-based rehabilitation. Chronic cases — those that have persisted for 6 months or more — may need several additional months of continued, structured loading to fully settle.
Why Tennis Elbow Is Considered "Self-Limiting"
Data pooled from the non-treatment arms of multiple randomised controlled trials shows that roughly 90% of people with tennis elbow achieve resolution of symptoms within a year, without any specific treatment at all. Historically, the natural course was estimated at anywhere from 6 months to 2 years, though more recent evidence suggests many people improve well within the first year.
A Reassuring (and Slightly Counterintuitive) Finding
One notable finding from natural-history research is that the likelihood of improvement over the following few months stays roughly constant throughout the first year — meaning that if you've had symptoms for 6 months without treatment, your chance of meaningful improvement in the next 3 months is not meaningfully lower than it was when symptoms first began. This challenges the assumption that persistent symptoms automatically mean a worsening or treatment-resistant problem.
What Influences Recovery Speed
Starting appropriate management earlier, consistently following a progressive loading program, and modifying (rather than avoiding) aggravating tasks are all associated with a smoother recovery course. Certain general health factors — including smoking, inactivity, obesity, and poorly controlled diabetes — have also been shown to reduce tendon load tolerance and can slow recovery.
Exercise Directions Your Physiotherapist May Explore
Consistent, correctly dosed exercise is the main lever available to support recovery timelines. Directions your physiotherapist may explore include:
- A structured progressive loading program, typically starting with isometrics before progressing to more dynamic resisted exercise
- Regular reassessment of load tolerance to guide when to progress difficulty
- Addressing broader lifestyle factors known to influence tendon healing capacity
- Gradual, criteria-based return to the specific activities or sport that were previously limitedThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Does It Mean Something Is Wrong if My Tennis Elbow Hasn't Improved After Several Months?
Not necessarily. Natural history data suggests ongoing symptoms at several months don't indicate a worsening problem or reduced chance of recovery — though a reassessment is still worthwhile to check the loading program is well matched to your presentation.Will a Cortisone Injection Speed Up My Recovery?
Corticosteroid injections can offer short-term relief but are associated with higher recurrence rates and poorer long-term outcomes compared with progressive loading exercise, so they're generally not considered a way to accelerate overall recovery.When Should I Consider Options Beyond Physiotherapy?
If there's been little meaningful improvement despite at least 3 months of structured, quality conservative treatment, options like shockwave therapy are typically considered before surgical referral, which is generally reserved for a small proportion of persistent cases after 6-12 months of comprehensive conservative care.
References
Zwerus, E.L. et al. Persistent Tennis Elbow Symptoms Have Little Prognostic Value: A Systematic Review and Meta-Analysis. Clinical Orthopaedics and Related Research. https://doi.org/10.1097/CORR.0000000000002058
Physiopedia. Tennis Elbow Management. 2025. https://www.physio-pedia.com/TennisElbowManagementIf your tennis elbow has been persisting for a while, a physiotherapy assessment can help check your loading program is appropriately dosed and identify any factors that might be slowing your recovery.
Can I Continue Exercising or Playing Sport With Elbow Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
For most people with tendon-related elbow pain, yes — with modification. Complete rest is not typically recommended, since tendons respond best to progressive, appropriately dosed loading rather than prolonged avoidance. The general guidance is to work within a level of discomfort that feels manageable and settles again afterward, rather than pushing through sharp or escalating pain, and to modify technique, load, or volume rather than stopping activity altogether.Being told to "rest" an aching elbow is common advice, but for most tendon-related elbow pain, complete rest isn't actually the most effective path back to full activity. This article explains how to think about continuing exercise or sport with elbow pain.
Why Complete Rest Isn't Usually the Answer
Tendon tissue adapts to the load placed on it — both too little and too much can perpetuate symptoms. Reduction of load on the tendon is considered an effective short-term management strategy, but it needs to go hand in hand with gradually building the tendon's tolerance back up through exercise, rather than avoiding load indefinitely. Prolonged inactivity can leave a tendon less capable of tolerating normal demands once activity eventually resumes.
Working With, Not Against, Some Discomfort
Current evidence doesn't clearly establish that pain-free exercise is superior to exercise involving some manageable discomfort, or vice versa — this remains a genuinely debated area. A widely used general principle is to exercise the tendon to a level that may ache but is tolerable, without deliberately pushing through sharp or worsening pain, since overloading the tendon too quickly can increase irritability and set recovery back.
Practical Ways to Modify Rather Than Stop
- Reduce the volume, intensity, or frequency of the aggravating activity rather than eliminating it
- Adjust technique — for example, using two hands for heavy grips, or a two-handed backhand in racket sports
- Avoid letting heavy items hang with the elbow in full extension; keep it slightly bent under load
- Substitute or modify specific movements that clearly and consistently provoke sharp pain, while continuing others
Why Staying Engaged With Activity Generally Helps
Continuing appropriately modified activity, alongside a structured loading program, keeps the tendon engaged in a way that supports its gradual return to full capacity — and for athletes or workers with specific sport or occupational demands, task-specific loading is generally incorporated as part of a full rehabilitation progression back to their normal activity.
Exercise Directions Your Physiotherapist May Explore
Getting back to sport or exercise safely usually follows a graded approach rather than an all-or-nothing return. Directions your physiotherapist may explore include:
- Isometric and progressive resisted loading targeted to the affected tendon
- Technique modification specific to the sport or activity involved
- Criteria-based progression — advancing load or volume based on how the tendon responds, not a fixed timeline
- Gradual reintroduction of full-intensity training or competition once tolerance has been rebuiltThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is It Okay if My Elbow Aches a Bit During Exercise?
For many people, some manageable discomfort during activity is considered acceptable, as long as it doesn't escalate significantly or linger well beyond the activity — though this should ideally be guided by an individual assessment.Should I Stop Playing My Sport Completely Until It's Fully Healed?
Not usually recommended. Modifying technique, load, or volume while continuing a structured rehabilitation program is generally preferred over complete withdrawal, particularly since tennis elbow can take months to fully resolve.How Do I Know if I've Overdone It?
A sharp increase in pain that doesn't settle within a day or so, new symptoms like numbness or significant swelling, or a notable drop in grip strength are signals to scale back the load and reassess, rather than continuing to push through.
References
Physiopedia. Tennis Elbow Management. 2025. https://www.physio-pedia.com/TennisElbowManagement
Coombes, B.K. et al. Physiotherapy Management of Lateral Epicondylalgia. ScienceDirect. https://www.sciencedirect.com/science/article/pii/S1836955315000910If you're unsure how to keep exercising or playing sport around your elbow pain, a physiotherapy assessment can help build a plan that keeps you active while your tendon rebuilds its tolerance.
Knees
Why Does My Knee Hurt When Climbing Stairs, Squatting, or Standing Up?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Pain that shows up specifically with stairs, squatting, or standing up from sitting most often points to patellofemoral pain (pain around or behind the kneecap) — a condition defined by pain that's reproduced during activities that load the kneecap in a bent-knee position. This is one of the most common knee presentations seen in physiotherapy, particularly in younger and physically active people, and it's rarely a sign of serious joint damage.If your knee complains specifically during stairs, getting up from a low chair, or squatting down, you're describing a very recognisable pattern. This article explains what's usually driving it and how it's diagnosed.
What Patellofemoral Pain Actually Is
Patellofemoral pain is characterised by a gradual onset of poorly localised pain around or behind the kneecap, in the region where the kneecap glides against the thigh bone (the patellofemoral joint). Symptoms typically worsen with activities that load this joint while the knee is bent — squatting, climbing or descending stairs, prolonged sitting, jumping, or running — because these positions increase the compressive force between the kneecap and the groove it sits in.
How It's Diagnosed
Current clinical guidelines recommend diagnosing patellofemoral pain based on three things: pain localised around or behind the kneecap, reproduction of that pain during squatting, stair climbing, prolonged sitting, or similar bent-knee loading activities, and ruling out other possible causes of anterior knee pain. Clinicians will often use functional tests — squats, step-downs, or single-leg squats — both to reproduce the pain and to observe how the leg moves during loading, since altered movement patterns at the hip and knee are commonly involved.
Why Standing Up From Sitting Is a Common Trigger
Standing up from a low seat requires a rapid transition through a bent-knee position under load, briefly placing high compressive force through the patellofemoral joint — very similar to the demand of a squat or stair climb, which is why it's such a common trigger even in people who don't otherwise notice much knee pain.
It's Rarely About Structural Damage
Despite how uncomfortable it can feel, patellofemoral pain is generally not a sign of significant structural damage to the knee. It's better understood as a load-tolerance issue — often influenced by factors such as hip and thigh muscle strength, movement patterns, and the volume of bent-knee loading activity — rather than a warning sign of degeneration.
Exercise Directions Your Physiotherapist May Explore
Exercise-based rehabilitation is the primary evidence-based approach for patellofemoral pain. Directions your physiotherapist may explore include:
- Hip-targeted strengthening (particularly the hip abductors and external rotators), often prioritised in the earlier stages
- Combined hip- and knee-targeted strengthening, which current guidelines suggest gives better outcomes than knee-focused exercise alone
- Graded exposure to the specific bent-knee tasks that provoke symptoms (squatting, stairs)
- Movement retraining for squatting, step-downs, or running technique where relevantThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Does This Mean My Cartilage Is Wearing Away?
Not necessarily. Patellofemoral pain is a load-tolerance condition and is common in younger, active people without significant structural changes — it's a different presentation to degenerative joint conditions like osteoarthritis, though the two can occasionally overlap in older adults.Why Does It Hurt More on Stairs Going Down Than Going Up?
Descending stairs typically demands more eccentric (lengthening) control from the thigh muscles under a bent-knee position, which often produces higher patellofemoral joint load than ascending — this is a common and expected pattern in patellofemoral pain.Will This Get Better With Rest Alone?
Rest alone often provides only temporary relief, since the underlying issue is usually about how well the knee tolerates load — progressive, targeted exercise is the more consistently effective long-term approach.
References
Willy, R.W. et al. Patellofemoral Pain: Clinical Practice Guidelines. Journal of Orthopaedic & Sports Physical Therapy. 2019;49(9):CPG1-CPG95. https://www.jospt.org/doi/10.2519/jospt.2019.0302
APTA Patellofemoral Pain Guideline Summary. Guideline Central. https://www.guidelinecentral.com/guideline/8381/This article is provided for general education and does not replace an individual assessment. If knee pain during stairs, squatting, or standing is limiting your daily activities, book an assessment with a physiotherapist.
Does Clicking or Cracking in the Knee Mean That Something Is Damaged?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Not usually. Knee clicking, popping, cracking, or grinding — known medically as crepitus — is extremely common, affecting roughly 4 in 10 people in the general population, and often occurs in people with no pain and no history of injury at all. Painless crepitus is generally considered harmless. It's crepitus accompanied by pain, swelling, instability, or locking that's worth having assessed.Hearing or feeling your knee click, pop, or crunch can be alarming, but the research is fairly clear on this one: noisy knees are common and usually not a sign that something is being damaged. This article explains what the evidence actually shows.
How Common Knee Crepitus Really Is
A comprehensive review pooling 103 studies and over 36,000 people found that 41% of the general population experience some form of knee crepitus. Notably, more than a third of people with no knee pain and no history of injury also had crepitus — meaning the sound or sensation alone doesn't distinguish a healthy knee from an unhealthy one.
Why Painless Crepitus Isn't a Red Flag
Painless crepitus that has been present for a long time and hasn't changed is generally considered a normal, harmless finding — not evidence of progressive joint damage. Research has also found that when people believe a knee noise is dangerous, they tend to alter their movement or avoid the activities that cause it, which can lead to unnecessary deconditioning without any actual clinical benefit.
When Crepitus Is Worth Having Assessed
Crepitus becomes more clinically relevant when it's accompanied by pain, swelling, instability (the knee giving way), or locking (being unable to fully bend or straighten it) — or when it appears alongside other features of joint irritation such as stiffness or reduced mobility. In these cases, an assessment can help clarify what's actually contributing to the symptoms, rather than assuming the noise itself is the problem.
Exercise Directions Your Physiotherapist May Explore
For painless crepitus, there's no specific treatment required — the general advice is to keep doing what supports overall knee health. Where crepitus is accompanied by pain, directions your physiotherapist may explore include:
- General aerobic and resistance-based exercise to support overall joint and muscle health
- Targeted strengthening around the knee if reduced muscle capacity is contributing to symptoms
- Graded return to activities that may have been avoided due to fear of the noise itself, once pain is addressedThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Is Knee Crepitus a Sign I'm Getting Arthritis?
Not necessarily — while crepitus is more common in people with osteoarthritis, it's also very common in people without any joint disease at all, so the sound alone isn't diagnostic of arthritis.Should I Avoid Squatting or Stairs if My Knee Clicks?
Not if the clicking is painless. Avoiding movement because of noise alone isn't supported by evidence, and reducing activity unnecessarily can lead to deconditioning that may make the knee less resilient over time.Can Exercise Make Crepitus Worse?
There's no evidence that appropriate exercise worsens painless crepitus, and general exercise is considered supportive of overall knee health regardless of whether clicking is present.
References
Robertson, C.J. et al. as summarised in: My Knee Is Clicking. Should I Be Worried? Am I Getting Arthritis? The Conversation. 2026. https://theconversation.com/my-knee-is-clicking-should-i-be-worried-am-i-getting-arthritis-264472
Do Your Knees "Click"? Here's What It Means, and When to See a Doctor. ScienceAlert. 2025. https://www.sciencealert.com/do-your-knees-click-heres-what-it-means-and-when-to-see-a-doctorIf knee noises are accompanied by pain, swelling, or a feeling of instability, a physiotherapy assessment can help clarify what's actually going on.
How Can I Tell Whether My Knee Pain Is Caused by the Meniscus, Ligament, or Kneecap?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Each structure tends to produce a somewhat different pattern: meniscus-related pain often involves joint-line tenderness, catching, or locking, and is provoked by compression combined with rotation; ligament injuries typically follow a specific traumatic mechanism (twisting, a direct blow) and can cause a feeling of instability or giving way; kneecap-related (patellofemoral) pain is usually a poorly localised ache around or behind the kneecap linked to bent-knee loading activities. No single symptom is fully definitive on its own, which is why a structured clinical examination is used to build the overall picture.Knee pain can come from several different structures, and the way it started, where it's felt, and what specifically provokes it all provide useful clues. This article outlines the general patterns clinicians use to differentiate between these common sources.
Meniscus-Related Pain
The menisci are two C-shaped cartilage pads that cushion the knee joint. Meniscal tears can happen suddenly, often from a twisting movement with the foot planted, or develop gradually through age-related degeneration without any clear traumatic event. Typical features include pain along the joint line, a catching or locking sensation, and pain reproduced by combined compression and rotation of the knee. The McMurray test — bending and rotating the knee while feeling or listening for a click — is a commonly used clinical test, though its accuracy varies considerably between studies, so it's typically interpreted alongside other findings rather than in isolation.
Ligament-Related Pain
Ligament injuries — most commonly involving the anterior cruciate ligament (ACL) or the collateral ligaments on the inner or outer knee — usually follow a specific mechanism: a twisting injury, a sudden change of direction, or a direct blow to the knee. A key distinguishing feature is a sensation of instability or the knee "giving way," particularly during pivoting or cutting movements. Clinical tests such as the Lachman test (for the ACL) and valgus or varus stress tests (for the collateral ligaments) are considered reasonably accurate tools when performed by an experienced clinician, generally more so than tests for meniscal injury.
Kneecap-Related (Patellofemoral) Pain
As covered in more detail in our related article on stairs, squatting, and standing pain, patellofemoral pain tends to present as a poorly localised ache around or behind the kneecap, provoked by bent-knee loading activities like stairs, squatting, or prolonged sitting, generally without the catching, locking, or instability more typical of meniscal or ligament injuries.
Why No Single Test Tells the Whole Story
Research comparing individual clinical tests to arthroscopic or MRI findings consistently shows that no single test is perfectly accurate on its own — sensitivity and specificity vary widely depending on the specific test and the population studied. Because of this, clinicians combine the story of how the injury happened, the exact location and quality of the pain, and a cluster of physical examination findings, rather than relying on any single sign to confirm the diagnosis.
Seek Urgent Medical Assessment If You Notice:
- Inability to bear weight on the leg after an acute knee injury
- The knee locking (unable to fully straighten) or significant swelling developing within hours of an injury
- A clear sensation of the knee giving way or buckling
- Visible deformity following trauma
Exercise Directions Your Physiotherapist May Explore
Once the likely source of pain is clearer, physiotherapy directions typically differ accordingly. Categories your physiotherapist may explore include:
- For suspected meniscal involvement: graded strengthening and range-of-motion work, often as a first-line approach before considering imaging or referral
- For suspected ligament involvement: structured rehabilitation focused on strength, control, and stability, with the specific approach depending on which ligament and the severity
- For patellofemoral pain: combined hip- and knee-targeted strengthening, as outlined in our related article
- Functional and sport-specific retraining once the acute presentation has settledThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Can I Have More Than One of These at Once?
Yes — combined injuries are common, particularly with significant trauma (for example, an ACL tear frequently occurs alongside meniscal damage), which is part of why a thorough examination covering all three areas is worthwhile after any notable knee injury.Does a Popping Sound at the Time of Injury Mean It's Serious?
Not necessarily on its own, though a distinct "pop" felt or heard at the moment of a twisting injury is a commonly reported feature of ACL tears — it's one piece of the picture rather than a definitive sign by itself.Do I Need a Scan to Know Which Structure Is Affected?
Not always initially. Many presentations can be reasonably narrowed down through history and clinical examination, with imaging reserved for cases with red-flag features, significant trauma, or when the clinical picture remains unclear.
References
Jain, D.K. et al. Evaluation of the Clinical Signs of Anterior Cruciate Ligament and Meniscal Injuries. Indian Journal of Orthopaedics. 2009. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2762557/
Diagnostic Accuracy of McMurray's Test for Meniscal Injury of the Knee Joint, Taking Arthroscopy as the Gold Standard. PMC. 2025. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC12162387/If you're unsure which structure is behind your knee pain, a physiotherapy assessment can help narrow down the likely source and the right next step.
Is Running or Strength Training Bad for Painful Knees?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Generally, no — current evidence does not support the long-held belief that running or strength training damages knees, including in people with knee osteoarthritis. Recreational running has been associated with no greater joint degeneration than not running, and structured strength training is one of the most consistently recommended, evidence-based interventions for painful knees, including osteoarthritis. The key is appropriate loading and progression, not avoidance."Running wrecks your knees" and "don't lift heavy if your knees hurt" are two of the most persistent pieces of advice people hear — and both run counter to what current research actually shows. This article looks at what the evidence says about exercising with painful knees.
What the Evidence Says About Running
A systematic review examining data from more than 14,000 people (over 7,000 runners and nearly 7,000 non-runners) found that, in the short to medium term, running was not associated with worse joint health, and runners reported less knee pain and no greater joint degeneration than non-runners. Separate research following people with existing, diagnosed knee osteoarthritis who continued running found they did not experience faster disease progression or increased pain compared with those who didn't run. This challenges the assumption that running accelerates wear and tear in the knee joint.
What the Evidence Says About Strength Training
Strength training is consistently identified as one of the most effective, evidence-based interventions for knee pain, including knee osteoarthritis. Randomised trials have shown structured strength programs meaningfully reduce pain intensity in people with knee osteoarthritis, and a large network meta-analysis of over 15,000 participants across 217 trials found strengthening exercise among the more effective exercise categories for improving pain and function. Strengthening the muscles that support the knee — particularly the quadriceps, hamstrings, and hip muscles — helps the joint tolerate load more effectively, rather than placing it at greater risk.
Why the Old Advice Persisted
The belief that high-impact or resistance activity is inherently bad for the knees likely stems from an intuitive but oversimplified idea — that more joint use equals more wear, similar to a mechanical part. Current understanding of joint tissue is more nuanced: cartilage and surrounding structures respond to appropriate loading by adapting and strengthening, in a similar way to how muscle responds to training, rather than simply wearing down with use.
What "Appropriate Loading" Actually Means
This doesn't mean any volume or intensity of running or lifting is automatically fine for every knee. Starting gradually, progressing load sensibly, incorporating strength work to support the joint, and paying attention to how the knee responds are all reasonable, practical principles — the goal is smart progression rather than blanket avoidance.
Exercise Directions Your Physiotherapist May Explore
If My Knee Hurts During Exercise, Should I Stop?
Not necessarily. Some manageable discomfort during exercise that settles again afterward is often acceptable, whereas sharp, escalating, or lingering pain is a signal to modify the load — a physiotherapy assessment can help clarify which applies to you.Is It Too Late to Start Strength Training if I Already Have Knee Osteoarthritis?
No — strength training is supported by evidence as an effective intervention at any stage, and starting a structured, appropriately progressed program is generally beneficial regardless of when it begins.Will Running on a Treadmill Be Safer Than Running Outside?
Surface may influence impact load somewhat, but there's no strong evidence that one surface is definitively "safer" for the knee overall — appropriate progression and load management matter more than the specific surface chosen.
FAQ
References
Dhillon, J. et al. as summarised in: Does Running Cause Knee Arthritis? Zero Point One PT. 2025. https://www.zeropointonept.com/functional-longevity-health-fitness/does-running-cause-knee-osteoarthritis-a-systematic-review-says-otherwise
Comparative Efficacy and Safety of Exercise Modalities in Knee Osteoarthritis: Systematic Review and Network Meta-Analysis. BMJ. 2025;391:e085242. https://www.sciencedaily.com/releases/2025/10/251019120521.htmIf you're unsure how to safely continue running or strength training with painful knees, a physiotherapy assessment can help build a loading plan that supports your goals.
References
Jain, D.K. et al. Evaluation of the Clinical Signs of Anterior Cruciate Ligament and Meniscal Injuries. Indian Journal of Orthopaedics. 2009. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2762557/
Diagnostic Accuracy of McMurray's Test for Meniscal Injury of the Knee Joint, Taking Arthroscopy as the Gold Standard. PMC. 2025. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC12162387/If you're unsure which structure is behind your knee pain, a physiotherapy assessment can help narrow down the likely source and the right next step.
When Does Knee Pain Require an MRI, Injection, or Surgery?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Most knee pain does not need an MRI, injection, or surgery as a first step. Imaging is generally reserved for suspected fracture, significant trauma, true mechanical locking, or when a reasonable trial of physiotherapy hasn't led to meaningful improvement. For degenerative meniscal tears specifically, strong evidence shows surgery offers no clear benefit over structured exercise therapy as a first-line approach, which is why current guidelines increasingly favour a supervised exercise trial before considering surgical options.It's a common assumption that knee pain needs a scan to be properly diagnosed, or that a torn structure automatically means surgery is required. Current evidence tells a more measured story. This article explains when imaging, injections, or surgery are genuinely appropriate.
When Imaging Is Generally Warranted
Early imaging is more clearly indicated in specific situations: suspected fracture after significant trauma, true mechanical locking (the knee unable to fully straighten), suspected ligament rupture with instability, or in younger patients where a repairable peripheral meniscus tear is suspected and early surgical intervention could improve outcomes. Outside of these situations, imaging is generally considered after a trial of conservative management — often several weeks of appropriately guided physiotherapy — hasn't led to meaningful improvement.
What the Evidence Shows About Meniscal Tears Specifically
Degenerative meniscal tears are extremely common — present in an estimated 30-40% of middle-aged people and around 80% of people with knee osteoarthritis — and it's often uncertain whether the tear itself is actually the source of someone's pain. Multiple high-quality randomised controlled trials have found that people with a degenerative meniscal tear randomised to surgery (arthroscopic partial meniscectomy) report similar pain and function at 6-12 months compared with those randomised to structured physical therapy alone. Based on this evidence, an isolated degenerative meniscal tear without true locking is not generally considered an indication for surgery, and current guidelines favour physiotherapy as the first-line approach.
When Surgery Is More Clearly Appropriate
Surgery is more strongly supported in specific situations: true mechanical locking, a peripheral (repairable) meniscus tear — particularly in younger patients, where early surgery may improve the chance of a successful repair — or when significant functional deficits persist despite an adequate trial (often around 6 weeks or more) of structured therapy. Traumatic meniscal tears in younger, previously healthy knees are sometimes treated differently to degenerative tears in older adults, though even here, trial evidence has found physical therapy produces comparable outcomes to surgery at 24 months for many patients.
Where Injections Fit In
Corticosteroid or other injections are generally considered a short-term, symptom-focused option rather than something that changes the underlying condition — they may be used alongside a rehabilitation program in some cases, but current guidelines generally position exercise therapy as the primary, first-line approach for both patellofemoral pain and degenerative meniscal or osteoarthritic knee pain.
Seek Urgent Medical Assessment If You Notice:
- Inability to bear weight after significant trauma
- True locking of the knee (unable to fully extend)
- Signs of infection: fever, redness, warmth, or feeling generally unwell alongside knee pain
- Significant swelling developing rapidly after an injury
FAQ
If My MRI Shows a Meniscus Tear, Do I Need Surgery?
Not automatically. Meniscal tears are extremely common, including in people with no symptoms, and strong trial evidence shows physical therapy produces comparable outcomes to surgery for many degenerative tears — the decision should weigh your specific symptoms and function, not the scan alone.How Long Should I Try Physiotherapy Before Considering Further Options?
There's no single universal timeframe, but a trial of roughly 6 weeks or more of appropriately guided, structured physiotherapy is a commonly referenced benchmark before escalating to imaging or surgical discussion, in the absence of red-flag features.Does a "Normal" MRI Mean My Knee Pain Isn't Real?
No. Conditions like patellofemoral pain often don't show up as abnormalities on imaging, and pain can be very real and significant without a clear structural finding on a scan.
References
Katz, J.N. et al. Surgery Versus Physical Therapy for a Meniscal Tear and Osteoarthritis. New England Journal of Medicine. 2013;368:1675-1684. https://www.nejm.org/doi/full/10.1056/NEJMoa1301408
Knee Injury Treatment Guideline. Commonwealth of Massachusetts. March 2024. https://www.mass.gov/doc/knee-injury-treatment-guideline-march-2024/downloadIf your knee pain hasn't improved with conservative care, or you're weighing up a scan, injection, or surgical opinion, a physiotherapy assessment can help clarify appropriate next steps and referral pathways.
Wrist and hands
Why Does My Wrist Hurt When I Grip, Lift, Type, or Put Weight Through My Hand?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Wrist pain during gripping, lifting, typing, or weight-bearing most often points to a tendon-related problem — commonly wrist extensor or flexor tendinopathy, or De Quervain's tenosynovitis (thumb-side tendon irritation) — because these tasks all demand repeated or sustained tension through the same tendons that cross the wrist. Less commonly, pain with weight-bearing on an extended wrist (like push-ups or handstands) can relate to impingement of structures at the back of the wrist, or, on the little-finger side, the triangular fibrocartilage complex (TFCC).Wrist pain during everyday tasks like typing, carrying bags, or lifting is extremely common, and the specific activity that triggers it often provides a useful clue about which structure is involved. This article breaks down the main mechanisms behind task-related wrist pain.
Why These Specific Tasks Are Common Triggers
Gripping, lifting, typing, and weight-bearing through the hand all place sustained or repeated tension through the tendons crossing the wrist — whether that's the wrist extensors (active during typing and gripping), the flexors (active during gripping and lifting), or the thumb tendons (active during pinching and twisting). Because these tendons are used almost constantly in daily life, they're highly susceptible to overload when demand outpaces their current capacity, even without any single injury.
Common Wrist Pain Presentations by Location and Trigger
- Thumb-side wrist pain with gripping, lifting, or twisting (opening jars, lifting a child): often De Quervain's tenosynovitis, involving irritation of the tendons that move the thumb
- General wrist pain with repetitive gripping and loaded wrist extension: often wrist extensor tendinopathy
- Little-finger-side wrist pain, particularly with twisting or load-bearing movements: may involve the triangular fibrocartilage complex (TFCC), a cartilage structure that stabilises that side of the wrist
- Pain during weight-bearing through an extended wrist (push-ups, bench pressing, handstands): may relate to wrist impingement, where soft tissues are compressed during repeated extension
- Numbness or tingling alongside wrist pain: may point toward carpal tunnel syndrome, covered in more detail in our related article on numbness and tingling in the hand
Why Repetitive Tasks Are Often the Root Cause
These conditions are generally considered overuse-related, developing gradually from repeated stress on the tendon or supporting structures, rather than from a single traumatic event. A sudden increase in a repetitive task — a new job role, an intensive DIY project, a new baby requiring frequent lifting — is a common trigger for symptoms to appear, even though the tendon has typically been under strain for some time before pain shows up.
Seek Urgent Medical Assessment If You Notice:
- Numbness, tingling, or weakness accompanying the pain
- A visible deformity, or pain following a fall or direct blow to the wrist
- Significant swelling or inability to move the wrist or fingers normally
- Pain that is constant, worsening, or unrelated to activity
Exercise Directions Your Physiotherapist May Explore
Once the likely tendon or structure has been identified, physiotherapy generally follows a graded loading approach. Directions your physiotherapist may explore include:
- Activity modification — adjusting grip time, load, or wrist position during aggravating tasks, rather than stopping altogether
- Isometric loading of the affected tendon group to settle irritable symptoms
- Progressive resisted wrist and grip strengthening as tolerance improves
- Task-specific retraining for the activity, sport, or work demand that provokes symptomsThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Why Does My Wrist Only Hurt During Certain Activities?
Because tendon-related wrist pain reflects the tendon's current load tolerance, it typically shows up specifically during activities that place the most demand on the affected tendon, rather than causing constant pain regardless of activity.Is Thumb-Side Wrist Pain Always De Quervain's?
Not always, but it's one of the most common causes, particularly with a history of repetitive gripping, lifting, or thumb-heavy tasks. Other causes of pain in this area include thumb joint arthritis and a related condition called intersection syndrome, which is why a proper assessment is useful for confirming the diagnosis.Can Typing Alone Cause Significant Wrist Pain?
Yes — prolonged, repetitive typing can contribute to wrist extensor tendinopathy or aggravate existing symptoms, particularly when combined with poor wrist positioning or a sudden increase in typing volume.
References
Wrist Pain During Strength Training: Causes and Treatment. HC Orthopaedics. 2026. https://www.hcortho.sg/blog/wrist-pain-strength-training-causes-treatment/
De Quervain's Tenosynovitis. Physiopedia. https://www.physio-pedia.com/DeQuervain'sTenosynovitisThis article is provided for general education and does not replace an individual assessment. If wrist pain is limiting your grip, lifting, typing, or weight-bearing activities, book an assessment with a physiotherapist.
How Can I Tell if My Wrist Pain Is From a Sprain, Tendon Problem, or Carpal Tunnel Syndrome?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
A sprain typically follows a specific injury (a fall onto an outstretched hand, a twist) and causes pain with movement or stress of the injured ligament. A tendon problem tends to develop gradually, with pain localised to a specific tendon and worsened by using that tendon (gripping, lifting, twisting). Carpal tunnel syndrome is a nerve-related condition, distinguished by numbness, tingling, or weakness in the thumb, index, and middle fingers — often worse at night — rather than pain with movement alone.Wrist pain can come from ligaments, tendons, or nerves, and each tends to behave differently. This article outlines the general patterns used to tell them apart.
Sprains: Usually Linked to a Specific Injury
A wrist sprain involves stretching or tearing of one of the ligaments that stabilise the wrist joint, and typically follows an identifiable mechanism — a fall onto an outstretched hand, a sudden twist, or a direct impact. Pain is usually reproduced by moving or stressing the wrist in the direction that stretches the injured ligament, and swelling or bruising may follow, particularly in more significant sprains.
Tendon Problems: Usually Gradual and Task-Specific
Tendon conditions — such as De Quervain's tenosynovitis or wrist extensor tendinopathy — more often develop gradually from repetitive use rather than a single injury, though symptoms can sometimes feel like they appeared suddenly once a threshold is crossed. Pain is typically localised to a specific tendon, worsened by using that tendon (gripping, lifting, twisting, or extending the wrist against resistance), and often accompanied by tenderness directly over the tendon itself.
Carpal Tunnel Syndrome: A Nerve, Not a Joint or Tendon, Problem
Carpal tunnel syndrome results from compression of the median nerve as it passes through the wrist, and produces a different symptom pattern altogether: numbness, tingling, or a burning sensation in the thumb, index, middle, and part of the ring finger, often worse at night or after repetitive hand use, sometimes prompting people to "shake out" the hand for relief. In more advanced cases, weakness in grip or pinch strength and thenar muscle wasting can develop. This is covered in more detail in our related article on numbness, tingling, and weakness in the hand.
Why the Standard Clinical Tests Aren't Perfect
Clinicians often use provocative tests — such as Phalen's test (holding the wrist flexed) or Tinel's sign (tapping over the nerve) — to help support a carpal tunnel diagnosis. However, research shows these tests have notably variable accuracy, with sensitivity and specificity ranging widely across studies, meaning a single test result shouldn't be relied on in isolation. This is why a broader clinical picture — including symptom pattern, timing, and a full examination — is used alongside these tests rather than instead of them.
Why Getting the Diagnosis Right Matters
Because the underlying structures — ligament, tendon, or nerve — respond to different treatment approaches, an accurate diagnosis meaningfully shapes what rehabilitation looks like. Treating a nerve-related problem as if it were a tendon issue (or vice versa) can delay meaningful improvement, which is part of why a thorough assessment is worthwhile rather than assuming based on symptoms alone.
Exercise Directions Your Physiotherapist May Explore
Once the likely source has been identified, directions your physiotherapist may explore include:
- For sprains: graded range-of-motion and proprioceptive (joint position sense) exercises as healing progresses
- For tendon problems: progressive tendon loading, starting with isometrics and building toward resisted movement
- For carpal tunnel syndrome: nerve gliding exercises, activity modification, and splinting where appropriate, alongside addressing any contributing factorsThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Can I Have More Than One of These at the Same Time?
Yes — it's possible to have overlapping presentations, for example a tendon problem alongside early carpal tunnel symptoms, particularly in repetitive-use presentations, which is another reason a thorough assessment is valuable.Does Numbness Always Mean It's Carpal Tunnel?
Not necessarily — numbness or tingling can also arise from nerve compression elsewhere, including the elbow or neck, which is covered in our related article on numbness and tingling in the hand.Do I Need an Ultrasound or Nerve Conduction Study to Know Which One I Have?
Not always initially. Many presentations can be reasonably identified through history and clinical examination, with further testing (such as nerve conduction studies for suspected carpal tunnel syndrome) reserved for cases where the diagnosis is unclear or symptoms are more advanced.
References
Diagnostic Accuracy of Clinical Examination for Carpal Tunnel Syndrome: Validation Using Nerve Conduction Studies. PMC. 2025. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC12332274/
American Academy of Family Physicians (AAFP). Carpal Tunnel Syndrome. 2024. https://www.aafp.org/pubs/afp/issues/2024/0600/pocg-carpal-tunnel-syndrome.htmlIf you're unsure whether your wrist pain is a sprain, tendon problem, or nerve-related, a physiotherapy assessment can help clarify the likely source and the right approach.
Why Do I Get Numbness, Tingling, or Weakness in My Hand and Fingers?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
Numbness, tingling, or weakness in the hand most often comes from compression or irritation of a nerve somewhere along its path — commonly the median nerve at the wrist (carpal tunnel syndrome), the ulnar nerve at the elbow (cubital tunnel syndrome), or a cervical nerve root in the neck (cervical radiculopathy). Because these three conditions can affect overlapping areas of the hand, the exact pattern of which fingers are involved — plus any accompanying neck, elbow, or arm symptoms — is important for telling them apart.Numbness and tingling in the hand can be unsettling, and it's genuinely common for these symptoms to be misattributed to the wrong source, since several different nerve-related conditions can produce very similar sensations. This article explains the main possibilities and how they're distinguished.
The Three Most Common Sources
- Median nerve at the wrist (carpal tunnel syndrome): numbness or tingling in the thumb, index, middle, and part of the ring finger, often worse at night or with repetitive hand use
- Ulnar nerve at the elbow (cubital tunnel syndrome): numbness or tingling in the ring and little finger, often triggered by prolonged elbow bending — driving, sleeping with the arm bent, or phone use
- Cervical nerve root in the neck (cervical radiculopathy): symptoms follow the distribution of the affected nerve root, often accompanied by neck pain and symptoms extending down the whole arm, not just the hand
Why These Conditions Get Confused
There's genuine overlap between these conditions: a C6 cervical nerve root and the median nerve both supply sensation to the thumb and index finger, while a C8 nerve root and the ulnar nerve both supply the ring and little finger. This means the specific fingers affected alone aren't always enough to tell them apart — the accompanying features matter just as much as the distribution.
Clues That Point to the Wrist (Carpal Tunnel)
Numbness concentrated in the thumb, index, and middle fingers, symptoms that are worse at night or after repetitive wrist or hand use, and an urge to shake the hand for relief, generally without any associated neck pain.
Clues That Point to the Elbow (Cubital Tunnel)
Numbness concentrated in the ring and little finger, tenderness or a "funny bone" sensation at the inner elbow, and symptoms triggered specifically by prolonged elbow flexion.
Clues That Point to the Neck (Cervical Radiculopathy)
Symptoms that extend beyond the hand into the forearm or upper arm, associated neck pain or stiffness, and a pattern that follows a specific nerve root distribution rather than being confined to the hand alone.
Why an Accurate Diagnosis Matters
Getting this distinction right matters because the treatment for each is different, and treating the wrong structure — for example, wrist surgery when the actual problem originates in the neck — can result in no improvement at all. A thorough examination, assessing the neck, elbow, and wrist together rather than the hand in isolation, is the standard approach to sorting out which structure is actually involved.
Seek Urgent Medical Assessment If You Notice:
- Sudden, significant weakness or loss of function in the hand
- Numbness or weakness affecting both hands at the same time, especially alongside neck symptoms
- Symptoms following significant trauma
- Progressive muscle wasting in the hand
Exercise Directions Your Physiotherapist May Explore
Once the likely nerve and level of involvement is identified, directions your physiotherapist may explore include:
- Nerve gliding exercises specific to the affected nerve (median, ulnar, or cervical)
- Positional and ergonomic advice to reduce sustained compression or irritation of the nerve
- Graded strengthening once nerve irritability has settled
- Postural and movement retraining where a cervical or elbow contribution is identifiedThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Can I Have Compression at More Than One Site at Once?
Yes — this is sometimes referred to as a "double crush" presentation, where nerve irritation at one site (such as the neck) makes the nerve more susceptible to further irritation further down its path (such as the wrist), which is another reason a full examination is valuable.Does Tingling at Night Always Mean Carpal Tunnel?
It's a classic feature of carpal tunnel syndrome, but not exclusively so — a thorough assessment considering the full symptom pattern is more reliable than any single feature alone.Will the Numbness Go Away on Its Own?
It depends on the cause and severity. Mild, intermittent symptoms often improve with activity modification and targeted exercise, while more persistent or progressive symptoms — particularly with weakness — warrant a proper assessment rather than waiting it out.
References
Carpal Tunnel Syndrome vs. Cervical Radiculopathy. Three Rivers Orthopedics. 2018. https://3riversortho.org/2017/03/06/carpal-tunnel-syndrome-vs-cervical-radiculopathy/
Hand Numbness — Neck or Carpal Tunnel? How to Tell. Florida Spine Surgeon. 2026. https://www.floridaspinesurgeon.org/blog/is-my-hand-numbness-from-my-neck-or-my-wrist-how-to-tell-the-differenceIf numbness, tingling, or weakness is affecting your hand, a physiotherapy assessment can help identify which nerve and level is involved, and the right approach to address it.
Should I Rest My Wrist Completely, or Can I Continue Using and Exercising It?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
For most tendon-related wrist and hand pain, complete rest is not the goal — modifying aggravating activity while continuing appropriate movement and progressive loading is generally preferred, since complete rest can further weaken the tendon and delay recovery. Short periods of relative rest or splinting can be useful in the early, more irritable phase, but should generally be paired with a plan to progressively rebuild tolerance rather than used indefinitely."Should I just rest it?" is one of the most common questions with wrist and hand pain, and the answer is more nuanced than a simple yes or no. This article explains how physiotherapists typically think about balancing rest and activity for wrist conditions.
Why Complete Rest Isn't the Long-Term Answer
For tendon-related wrist pain specifically, complete rest often weakens the tendon further, rather than allowing it to heal in a way that restores its normal capacity. The general aim in physiotherapy is to find the level of activity the wrist can currently tolerate, and then build from there — rather than avoiding use altogether until pain disappears completely.
Where Relative Rest and Splinting Do Have a Role
In the early, more irritable phase of a wrist tendon condition, reducing the specific aggravating load — the weight lifted, grip duration, typing blocks, or tool use time — can help calm symptoms down. Splinting is sometimes used during this phase to offload the affected tendon during particularly aggravating tasks, while still allowing a reasonable amount of overall movement; prolonged immobilisation, however, is generally discouraged, since it's associated with muscle weakening, joint stiffness, and delayed tendon recovery.
What the Evidence Says About Exercise for Hand and Wrist Tendinopathy
It's worth being upfront here: a systematic review specifically looking at exercise therapy for hand and wrist tendinopathy found the existing evidence base is genuinely limited, with considerable variation in how exercise programs were studied and described, and exercise typically delivered alongside other treatments rather than in isolation. This doesn't mean exercise doesn't help — clinical experience and the broader tendinopathy literature both support progressive loading — but it does mean the evidence specific to the hand and wrist is less robust than for some other body areas, so an individualised approach guided by response to treatment is particularly important here.
A Practical Way to Think About It
Rather than a binary choice between full rest and pushing through pain, a more useful framing is: modify what clearly and consistently aggravates symptoms, keep the wrist moving within a tolerable range, and progressively reintroduce load as symptoms allow — adjusting the plan based on how the wrist responds rather than following a fixed timeline.
Exercise Directions Your Physiotherapist May Explore
Rather than a fixed program, these are categories of approaches physiotherapists commonly draw on when guiding someone from relative rest toward full activity:
- Short-term activity or task modification during the more irritable phase
- Isometric loading to maintain some tendon capacity without provoking a flare
- Progressive resisted wrist, thumb, forearm, and grip strengthening as tolerance builds
- Gradual reintroduction of the specific task, sport, or work demand that was limitedThis is general information for education, not a home exercise prescription. The right exercise selection, dosage, and progression depend on an individual assessment of your irritability, movement pattern, and goals.
FAQ
Should I Wear a Wrist Splint All the Time?
Generally not recommended long-term — a splint can be useful during specific aggravating tasks in the early phase, but prolonged, constant wear can contribute to stiffness and weakness, so it's usually used selectively rather than continuously.Is It Okay if My Wrist Aches a Bit During Exercise?
Mild, manageable discomfort that settles again afterward is often considered acceptable in a graded loading program, whereas sharp or escalating pain is a signal to reduce the load — ideally guided by an individual assessment rather than guesswork.How Do I Know if I've Rested Too Long?
Increasing stiffness, weakness, or a sense that even light tasks now feel harder than before can suggest that prolonged rest has reduced the wrist's tolerance, and that a gradual return to loading is overdue.
References
Wrist Tendinopathy Physiotherapy. PhysioWorks Clinics. 2026. https://physioworks.com.au/conditions/hand-wrist/wrist-tendinopathy/
Cordella, M. et al. Evidence for Exercise Therapy in Patients With Hand and Wrist Tendinopathy Is Limited: A Systematic Review. Journal of Hand Therapy. 2023. https://www.jhandtherapy.org/article/S0894-1130(23)00127-8/abstractIf you're unsure whether to rest or keep using your wrist, a physiotherapy assessment can help identify a load level that supports recovery rather than avoidance.
When Should I See a Physiotherapist for Wrist or Hand Pain?
Written by Timo — Physiotherapist (AHPC-registered), BSc Psychology, MSc Physiotherapy | Founder, Physio Companion
Last updated: 5 August 2026 · Written for physiotherapists and patients
Quick answer
It's reasonable to see a physiotherapist as soon as wrist or hand pain is affecting your daily activities, work, or sport — earlier assessment generally supports faster, more straightforward recovery. It becomes more clearly warranted if pain has persisted beyond a couple of weeks despite sensible activity modification, if there's numbness, tingling, or weakness, or if symptoms are recurring. Certain features warrant more urgent medical assessment first, rather than physiotherapy.There's no strict rule for exactly when to seek help for wrist or hand pain, but there are some useful general guidelines. This article outlines when physiotherapy is a reasonable next step, and when something else should come first.
Reasonable Timing for a Physiotherapy Assessment
Many people wait until pain has become quite significant or long-standing before seeking help, but earlier assessment generally supports a smoother recovery — particularly for tendon-related conditions, where addressing aggravating load and beginning appropriate rehabilitation sooner tends to prevent symptoms from becoming more entrenched. As a general guide, if wrist or hand pain has persisted for more than a couple of weeks despite reasonable activity modification, or if it's clearly affecting your work, hobbies, or daily tasks, a physiotherapy assessment is a sensible next step.
Situations That Point More Strongly Toward Seeing a Physiotherapist Soon
- Pain that's limiting grip, lifting, typing, or other regular tasks
- Symptoms that keep recurring despite periods of rest
- Numbness, tingling, or weakness that isn't improving
- Uncertainty about whether the problem is a sprain, tendon issue, or nerve-related condition — covered in our related articles
When to Seek Medical Assessment Before Physiotherapy
Certain presentations warrant medical assessment (a GP, urgent care, or emergency department, depending on severity) before or alongside physiotherapy:
- Suspected fracture — significant pain and swelling following a fall or direct injury, particularly with visible deformity or inability to use the hand
- Signs of infection — redness, warmth, swelling, or fever alongside hand or wrist pain
- Sudden, significant weakness or loss of function
- Progressive or severe neurological symptoms, including numbness affecting multiple fingers or both hands
Why Physiotherapists Often Work Alongside Hand Specialists
For persistent or complex wrist and hand conditions, physiotherapy is frequently used alongside — rather than instead of — input from a hand therapist or hand specialist, particularly when splinting, injections, or further investigations are being considered. Referral to a specialist is generally considered if symptoms persist despite an adequate trial (often in the order of a few months) of comprehensive conservative treatment, if there's a suspected tendon tear, or if an underlying condition needs separate medical management.
What Physiotherapy Assessment Typically Involves
A physiotherapy assessment for wrist or hand pain typically includes a detailed history (how and when symptoms started, what aggravates and eases them), a physical examination of the wrist, hand, and often the elbow and neck given the potential for referred or nerve-related symptoms, and specific tests to help narrow down the likely structure involved — building toward an individualised management plan rather than a generic protocol.
FAQ
What if I'm Not Sure Whether It's Serious?
If you're uncertain, it's reasonable to start with a physiotherapy assessment for non-urgent presentations — a physiotherapist can identify red-flag features and refer you onward for medical assessment if needed.How Many Sessions Will I Need?
This varies considerably depending on the underlying condition, how long symptoms have been present, and individual factors — your physiotherapist can give you a clearer expectation once your specific presentation has been assessed.
References
Vaughan Physiotherapy Clinic: Extensor Tendonitis of the Hand/Wrist. 2026. https://www.vaughanphysiotherapy.com/conditions/extensor-tendonitis-hand-wrist
Physical Therapy for Wrist Tendinopathy. Results Physiotherapy. 2025. https://www.resultspt.com/wrist-tendinopathyIf wrist or hand pain is affecting your daily life, work, or sport, book an assessment with a physiotherapist to get a clear picture of what's going on and the right path forward.
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