Progressive muscle weakness that makes rising from the floor, climbing stairs, or lifting objects increasingly difficult — without any injury to explain it — is one of the most alarming symptoms a patient in Peshawar can experience, and one of the least likely to be correctly diagnosed in a timely way. Myositis is an inflammatory muscle disease caused by the immune system attacking the body’s own muscle tissue, and it is routinely missed in KPK because it mimics neurological disease, is attributed to generalised weakness or anaemia, and requires specialised blood tests that are not routinely ordered.
Getting it right from the start is what OAIC does differently — Dr Inam’s Certificate in Rheumatology from AACME USA provides the clinical framework to identify, stage, and manage myositis correctly, distinguishing it from the conditions it is most commonly confused with.
Treatment at OAIC is staged to match the severity of joint damage. Knowing your stage determines which treatments are appropriate — and which to avoid wasting time and money on.
Caused by the immune system attacking skeletal muscle directly. Weakness is genuine and objective — patients cannot perform the task, not merely find it painful.
Polymyositis
Dermatomyositis
Inclusion Body Myositis
Several common, very treatable conditions produce similar symptoms and are frequently mistaken for myositis — or myositis is mistaken for them.
Vitamin D deficiency
Fibromyalgia
Motor neurone disease
Degenerative joint disease can affect any joint, but some are far more common than others in the Pakistani population — particularly in KPK, where specific cultural and occupational factors accelerate joint loading.
The most commonly affected joint in Pakistan. Habitual squatting, floor sitting, and kneeling create sustained varus (bow-leg) stress that accelerates medial compartment cartilage loss.
Hip osteoarthritis causes groin pain, reduced hip rotation, and a limp. Stiffness when getting up from a chair or a car seat is often the first noticed symptom.
Facet joint degeneration in the lower back causes axial pain, stiffness, and — when nerve roots are involved — radiating pain into the legs. Often confused with disc disease.
Small joint OA affects the DIP joints (Heberden’s nodes) and the base of the thumb. Causes nodular swelling, grip weakness, and fine motor difficulty.
Post-traumatic arthritis following old ankle fractures or ligament injuries is a common cause of ankle DJD — particularly in patients with a history of untreated ankle injuries.
Treatment follows a logical escalation — starting with the least invasive, most reversible options and moving upward only when required. The majority of patients never need to reach the final step.
Non-Surgical
Non-Surgical
Non-Surgical
Injection
Orthobiologics
Surgical
Three injection types are used at OAIC for degenerative joint disease. The choice depends on disease stage, prior treatment response, and how long relief is needed.
| Injection Type | How It Works | Duration of Relief | Best Stage | At OAIC |
|---|---|---|---|---|
| Corticosteroid | Reduces acute joint inflammation rapidly | 4–12 weeks | Stage 2–3, acute flare | Available |
| Hyaluronic Acid (Viscosupplementation) | Restores joint fluid viscosity and lubrication | 6–12 months | Stage 1–3, chronic mild-moderate pain | Available |
| PRP (Platelet-Rich Plasma) | Growth factors stimulate cartilage repair & reduce inflammation | 12–18 months | Stage 1–2, younger patients, early OA | Available |
Injections do not reverse cartilage damage, but they can provide meaningful pain relief and delay the need for surgery. Dr Inam advises which option is most appropriate based on imaging, clinical stage, and prior treatment history.
Understanding why joint degeneration develops helps patients take preventive action and understand their own risk. Several factors are particularly prevalent in the KPK population.
Dr Inam spent four years as Senior Registrar at Hayatabad Medical Complex, one of KPK’s busiest trauma centres — building direct, hands-on experience managing the full range of orthopaedic trauma presentations.
Fellowship of the Royal College of Surgeons (UK) and MRCS from Edinburgh reflect internationally recognised surgical training standards — qualifications held by very few orthopaedic surgeons in KPK.
Dedicated Fellowship in Arthroscopy, Sports Medicine, and Orthobiologics in Greece means sports-related fractures and soft tissue injuries are managed with subspecialty-level expertise.
OAIC uses evidence-based orthobiologic treatments — including platelet-rich plasma — to accelerate recovery from muscle injuries, ligament damage, and stress fractures non-surgically.
The fracture extends into a joint surface. Precise anatomical realignment is essential to prevent post-traumatic arthritis; usually needs surgery.
Three locations — Akbar Medical Centre Peshawar, Haleem Medical Centre Charsadda, and LRH Peshawar — mean patients from across the province do not have to travel to major cities for specialist fracture care.
Sports and physical activity injuries require specialist assessment — the same pain can mean a simple sprain or a complete structural tear that needs surgery. Dr Inam’s Fellowship in Arthroscopy, Sports Medicine, and Orthobiologics (Greece) provides specific expertise in this area.
Dr Muhammad Inam Khan at OAIC is one of Peshawar’s most experienced fracture and trauma specialists. He holds FCPS, FRCS UK, and MRCS from Edinburgh, and spent four years as Senior Registrar at Hayatabad Medical Complex managing high-volume orthopaedic trauma. He sees patients at Akbar Medical Centre, Peshawar, Monday to Friday from 4:00 PM.
Fracture treatment at OAIC begins with a clinical examination and X-ray to confirm the fracture type and stability. Simple, undisplaced fractures are treated with a cast or splint. Displaced, unstable, or joint-surface fractures require surgical fixation using plates, screws, nails, or external fixators. Dr Inam explains the treatment plan and all options clearly before proceeding.
Surgery is needed when: the bone is displaced and cannot be held in position with a cast; the fracture involves a joint surface; the fracture is open (bone through skin); there are associated nerve or blood vessel injuries; or the fracture is in a location (such as the femoral neck) where non-surgical management has poor outcomes. Not all fractures need surgery — Dr Inam will explain specifically whether yours does and why.
OAIC treats ACL and ligament tears, meniscal injuries, muscle and tendon ruptures, shoulder dislocations, stress fractures, and cartilage damage. Dr Inam completed a Fellowship in Arthroscopy, Sports Medicine, and Orthobiologics in Greece — providing specific expertise in minimally invasive and biological treatments for sports injuries alongside conventional surgical approaches.
Healing time depends on the bone, fracture type, patient age, and general health. Simple fractures in younger adults may heal in 4–6 weeks. Complex or large-bone fractures can take 3–6 months to fully consolidate. Surgical fixation often allows earlier mobilisation. Dr Inam provides each patient with a specific recovery timeline and monitors progress with follow-up imaging.
Grade 1 and Grade 2 muscle strains (partial tears) are typically managed non-surgically with physiotherapy, rest, and PRP orthobiologics where appropriate. Grade 3 complete muscle or tendon ruptures usually require surgical repair to restore function — and early treatment gives better outcomes than delayed surgery. An MRI is used to grade the injury accurately and guide the correct management pathway.
Early, accurate treatment gives the best chance of full recovery. Do not delay specialist assessment.
Peshawar Clinic: Mon–Fri 4:00 PM – 7:30 PM · Sunday 12:00 PM – 4:00 PM | Charsadda: Saturday 9:00 AM – 7:00 PM
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