Each region below breaks down into specific clinical diagnoses, assessed and managed using current best-evidence guidelines from Cochrane reviews, JOSPT clinical practice guidelines, and BJSM consensus statements.
~80% of adults experience low back pain in their lifetime. The Cochrane Back and Neck Group, NICE guidelines (NG59), and JOSPT clinical practice guidelines consistently support active care — assessment, education, manual therapy when indicated, and progressive exercise — as the foundation of management.
The most common presentation. Pain without a clear structural source. Cochrane reviews (Hayden et al., 2021) show exercise therapy reduces pain and improves function more than no treatment or usual care.
Disc-related symptoms with or without radiating pain. The majority improve with conservative care over 6–12 weeks; imaging findings often don't correlate with symptoms (Brinjikji et al., 2015, AJNR).
Nerve-root involvement with leg-dominant symptoms. Assessment includes neurological screening; management uses graded exposure and neural mobilization per JOSPT CPGs.
Localized, extension-aggravated pain. Manual therapy combined with motor control retraining has moderate evidence (Bronfort et al., spine reviews).
Diagnosed clinically using a battery of provocation tests (Laslett cluster — 3+ positive = 91% sensitivity). Managed with mobilization, motor control, and exercise progression.
Symptoms worse with extension/standing, relieved by flexion. Manual therapy + exercise produces outcomes comparable to surgery for many patients (Slätis et al., Eur Spine J).
Cochrane Back and Neck Group reviews; JOSPT CPGs on low back pain (Delitto et al., 2012; George et al., 2021); NICE NG59 (2016, updated); ACP guidelines (Qaseem et al., Annals of Internal Medicine, 2017).
Neck pain is the fourth-leading cause of years lived with disability globally (GBD Study). Evidence supports a combination of manual therapy, exercise, and education (Cochrane Cervical Overview Group; JOSPT 2017 CPG, Blanpied et al.).
Movement-provoked pain without neurological signs. Manual therapy + exercise outperforms either alone (Gross et al., Cochrane 2015).
Headaches referred from upper cervical structures. Specific upper-cervical manual therapy plus deep neck flexor training reduces frequency and intensity (Jull et al.; Bronfort).
Post-MVA or sports trauma. Active care and graded return to activity within 4 weeks of onset is associated with better long-term outcomes (Sterling et al., Lancet 2014).
Nerve-root irritation producing arm-dominant symptoms. Graded neural mobilization and traction in selected cases (Thoomes et al., systematic reviews).
Often muscular and movement-driven. Exercise and trigger-point work paired with cervical mobilization (Côté et al., Spine J Treatment Recommendations).
Neurovascular compression presenting with arm symptoms. Assessment includes provocation testing; conservative care emphasizes postural and scapular control.
Cochrane reviews (Page et al., 2016) and the BJSM consensus on rotator cuff related shoulder pain (Lewis, 2018) support exercise as first-line care, often with comparable outcomes to surgery for many subacromial presentations.
Now the preferred clinical umbrella term. Progressive loading produces outcomes equivalent to surgery in many cases (Ketola et al., BJSM 2017; Beard et al., Lancet 2018 — CSAW trial).
Pain with overhead and resisted motion. Heavy slow resistance and isometric loading per current tendinopathy evidence (Cook & Purdam continuum model).
Partial or full-thickness tears in older adults. Exercise-led care matches surgical outcomes for many small/medium tears (Kuhn et al., MOON Shoulder Group).
Painful, progressive loss of range. Self-limiting course typically 12–18 months; manual therapy + exercise modestly accelerates recovery (Page et al., Cochrane 2014).
Localized over the joint. Load management, scapular control, and graded loading.
Post-dislocation or atraumatic multidirectional instability. Structured rehab using protocols like Watson's MDI program for non-traumatic cases.
Knee pain is one of the most common reasons active people seek care. The 2019 JOSPT CPG for patellofemoral pain and the 2018 IPFRN consensus, along with Cochrane reviews on meniscus and ACL, guide current evidence-based practice.
"Runner's knee" — anterior knee pain aggravated by stairs, squats, prolonged sitting. Hip + knee strengthening (Collins et al., JOSPT 2018) outperforms knee work alone.
Lateral knee pain in runners and cyclists. Recent evidence reframes it as a compression/irritation phenomenon — managed with load reduction and graded hip/glute strengthening.
Pain at the inferior pole of the patella. Heavy slow resistance protocols (Kongsgaard, Beyer) produce strong outcomes — superior to eccentric-only in several RCTs.
For degenerative meniscal tears, exercise therapy is non-inferior to partial meniscectomy at 2 years (Kise et al., BMJ 2016; ESCAPE trial). Traumatic tears in young athletes are assessed individually.
Phased rehab from acute through return-to-sport using criteria-based testing (LSI hop tests, IKDC, RTS battery — Grindem et al., BJSM 2016).
Most graded I–II MCL injuries heal well with graded loading and bracing as indicated; return-to-sport timelines depend on grade.
OARSI guidelines (Bannuru et al., 2019) place exercise and weight management as core, first-line care — superior to passive modalities alone.
Conservative or post-surgical, the rehab follows neuromuscular control, quad strength symmetry, and return-to-sport criteria.
The Warwick Agreement on FAI syndrome (Griffin et al., BJSM 2016), the Doha agreement on groin pain in athletes, and current OARSI guidance shape evidence-based hip care.
Hip pain in young, active populations. Conservative care (PT) shows comparable medium-term outcomes to surgery for many patients (Mansell et al., AJSM 2018).
Lateral hip pain; most common cause of lateral hip pain in middle-aged women. Education + progressive load (LEAP trial, Mellor et al., BMJ 2018) outperforms corticosteroid injection at 8+ weeks.
Land-based exercise reduces pain and improves function (Fransen et al., Cochrane 2014). Manual therapy is a useful adjunct.
Often coexists with FAI morphology. Imaging findings common in asymptomatic populations — clinical correlation is essential. Rehab focuses on motor control and load.
Doha consensus categorizes groin pain into adductor, iliopsoas, inguinal, pubic, hip-related. Each gets a targeted exercise approach (Hölmich protocol for adductor).
Deep buttock pain worse with sitting and acceleration. Isometric and heavy slow resistance loading.
JOSPT CPGs on Achilles tendinopathy (Martin et al., 2018), lateral ankle sprain (Martin et al., 2021), and plantar heel pain (Koc et al., 2023) guide first-line care.
Pain 2–6cm above the insertion. Heavy slow resistance + eccentric loading well-supported (Alfredson; Beyer et al., AJSM 2015).
Pain at the heel insertion. Modified loading (avoid deep dorsiflexion in early phase) per Jonsson and follow-up evidence.
High-load strength training improves outcomes more than stretching alone (Rathleff et al., 2015). Shockwave is an evidence-supported adjunct.
Most common athletic injury. Early mobilization + proprioceptive training reduces recurrence and chronic ankle instability (Martin et al., JOSPT 2021).
Recurrent sprains with subjective giving way. Balance and reactive control training is the cornerstone (Hertel & Corbett, J Athl Train).
Medial ankle pain with progressive flat foot. Phase-based loading + orthoses where indicated.
Lateral ankle/foot pain. Progressive loading, often after a sprain history.
Medial tibial stress syndrome. Load management + calf/hip strength + footwear/running form assessment.
Cochrane reviews (Lewis et al., 2015 — surgical vs non-surgical for lumbar disc herniation) support conservative care as first-line for most cases without progressive neurology.
Most cases improve with conservative care over 6–12 weeks. Surgical outcomes equalize with non-surgical care at 1–2 years (SPORT trial, Weinstein et al.).
Nerve-root compression at the foramen. Directional preference exercises and neural mobilization.
Non-discogenic posterior leg pain. Differential includes proximal hamstring tendinopathy. Soft-tissue work + glute strengthening.
Return-to-sport decisions follow the StARRT framework (Shrier, BJSM 2015) and the Aspetar guidelines: criteria-based testing, not calendar dates.
Most common athletic muscle injury. The Askling H-test and L-protocol guide progression. Lengthening exercise reduces recurrence (Askling et al., BJSM).
Common in runners and field athletes. Phase-based loading with calf-raise progressions and reactive work.
Acute or recurrent. Doha consensus terminology and Hölmich-style rehab protocols.
Knee, ankle, or finger. Graded rehab based on injury severity; bracing as indicated.
Tibial stress reactions, metatarsal stress. Load deload + cross-train + gradual reload guided by symptom and imaging staging.
Working with athletes who can't stop competing — load monitoring, modified training, and targeted treatment to bridge the season.
Care follows the Concussion in Sport Group consensus (Amsterdam 2022, Patricios et al., BJSM 2023), the most authoritative international guideline on sport-related concussion.
Graded return-to-learn and return-to-sport per the Amsterdam consensus. Sub-symptom-threshold aerobic exercise is now evidence-based after 24–48 hours (Leddy et al., Pediatrics 2019).
Symptoms beyond 14 days (adults) or 4 weeks (youth). Vestibular, ocular, cervical, and exertional sub-types each get targeted treatment (Ellis et al., concussion sub-typing model).
Cervical contribution to headache, dizziness, and visual disturbance. Targeted cervical and vestibular rehab outperforms standard rest (Schneider et al., BJSM 2014).
Phase-based protocols using criteria-based progression — LSI testing, strength benchmarks, sport-specific demands — rather than time-only milestones.
Modern rehab emphasizes quad strength symmetry (LSI ≥ 90%), hop test batteries, and psychological readiness. Return-to-sport before 9 months is associated with higher re-injury (Grindem et al., BJSM 2016).
For recurrent patellar instability. Rehab follows quad activation, hip control, neuromuscular re-education, and return-to-sport criteria.
Return to sport often within 6–12 weeks depending on tissue and demand. Cochrane meta-analysis supports exercise as non-inferior for degenerative tears.
Longer protected phase (6–12 weeks) compared to meniscectomy. Phased loading per surgeon protocol.
MOON Shoulder Group protocols and surgeon-specific timelines. Early protected mobilization through criteria-based loading.
OARSI guideline-aligned rehab focusing on quad strength, gait, hip extension, and return to functional demands.
Every condition above references the highest-tier source available — Cochrane systematic reviews, JOSPT clinical practice guidelines, BJSM consensus statements, OARSI guidelines, and peer-reviewed RCTs. Treatment plans evolve as the evidence does.
The international gold standard for evidence synthesis across rehabilitation and medical care.
Region-specific CPGs (low back, neck, ACL, PFP, Achilles, ankle, shoulder) published in the Journal of Orthopaedic & Sports Physical Therapy.
British Journal of Sports Medicine consensus papers (concussion, FAI, hamstring, return-to-sport).
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