arthritis , lbp

athritis 

  • What is Osteoarthritis (OA) primarily related to?

    • Wear & tear

    • Prolonged immobilisation

    • Continuous pressure,

    • Impact loading,

    • Anatomic abnormalities

    • Previous joint injury

  • What is the most important risk factor for knee OA?

    Obesity; e.g. carrying extra 10kg means 20kg load through knee

  • How is Rheumatoid Arthritis (RA) characterized?

    Chronic systemic inflammatory disorder of unknown aetiology ; inflammatory poly arthritis

  • What are key features of Juvenile Arthritis?

    It's usually associated with RA, begins at or before age 16, and has a female:male ratio of 3:1

  • What is Fibromyalgia (FM)?

    Musculoskeletal pain syndromes or chronic generalised pain syndrome

    • widespread pain 4 quadrants of body

    • 11/18 tender points on palpation

  • What are Spondyloarthropathies and what is the most common type?

    Ankylosing spondylitis ; inflammatory joint disease that effects axial skeleton

Risk Factors for Arthritis

  • List systemic risk factors for arthritis.

    Age, gender, genetics, race

  • List local risk factors for arthritis.

    Joint injury, obesity, occuputation & muscle weakness

  • How well is X-ray severity correlated with symptoms in arthritis?

    Not well correlated

Pathophysiology & Clinical Features of OA

  • What are the six key pathophysiological changes in Osteoarthritis?

    1. Cartilage fibrillation and erosion

    2. Subchondral bone sclerosis

    3. Osteophyte formation

    4. Joint space narrowing

    5. Fibrosis of the joint capsule

    6. Mild inflammatory synovitis

  • What two main pathways lead to OA joint changes?

    1. Increased joint loading (due to weight, activity, biomechanics, injury, quads dysfunction)

    2. Reduced ability of cartilage to withstand load (due to age, metabolic, structural, genetic, gender factors)

    Couple with psychological factors; influences response to OA

  • List common symptoms of OA.

    Joint pain, morning stiffness (<30min), gel phenomenon, buckling/instability, loss of function

  • List common signs of OA upon examination.

    Bony enlargement, joint effusion, creptius on motion, pain on motion, decreased ROM, mal alignment/joint deformity

  • What are common sites affected by OA?

    Thumb-CMC

    Fingers-DIPs

    Hips

    Knee-tibiofemoral joint

    Cervical/lumbar spine; facet joints

  • What radiological features confirm a clinical suspicion of OA?

    Marginal osteophytes, asymmetrical joint space narrowing, subchrondal bone scerloris, subchondral cysts

  • What are potential sources of pain in OA?

    Anything innervated

    Inflammation in synovial membrane & joint capsule

    Periarticular ligament stretching

    Periarticular muscle spasm

    Osteophytes impinging periosteum

    Subchondral bone fractures

Management of OA

  • What are the three general aims for managing OA?

    1. Prevention (e.g., by reducing obesity or avoiding specific activities)

    2. Slowing progression (e.g., with disease-modifying drugs)

    3. Treating symptoms (pain, disability/physical function, psychosocial aspects)

  • What are key components of conservative OA management?

    Improve joint protection; education, rest, exercise

    Maintain acceptable body weight

    Control pain; medication, physiotherapy, OT, self-management strategies

  • What are the proven benefits of exercise therapy for OA?

    Small to moderate effect sizes to exercise similar to drugs

    Strength training, aquatic & hydrotherapy, aerobic, tai chi

    Reduce pain, weight management, physical function & strength

  • What are the goals of physiotherapy in OA management?

    Minimise pain

    Increase/maintain movement

    Increase/maintain muscle strength

    Correct/prevent deformity

    Educate and advise the patient

    Encourage self management

  • Name some pharmacological options for OA pain management.

    NSAIDs ; could just be pain relief

    Paracetamol

    Intra articular steriod injection

  • List common surgical interventions for OA.

    Arthroscopy: removal of osteophytes

    Osteotomy: alternation of bone length or alignment

    Arthroplasty: replacement of the knee

    Arthrodesis: artificial induction of joint ossification

Rheumatoid Arthritis (RA) Specifics

  • Who is more at risk of RA?

    Female>male, can affect any age, genetic predisposition

  • Possible triggers

    Environment, stress, trauma, diet, viral infection

  • What are common sites affected by RA?

    MCPs, PIPs, MTPs

    Atlanta-axial subluxation; ligaments that maintain stability not doing the job

  • List common symptoms and signs of RA.

    Symptoms: Malaise, tiredness, weight loss, pain, swelling, stiffness, reduced function.

    Signs: Joint tenderness, heat/erythema, effusion, decreased joint range, muscle wasting, and deformity.

  • Name some extra-articular features that can occur with RA.

    Fatigue, subcutaneous nodules, vasculitits, pulmonary: pleural effusion & nodules cardiac: pericarditis, mitral valve disease, neural skin

    its a systemic disease

  • Diagnostic criteria for RA

    ARA diagnostic criteria-at least 4 filled

    • morning stiffness >1hr for > 6 weeks

    • Arthritis of at least 3 areas soft tissue swelling & exudation > 3 weeks

    • Arthritis of hand joints for >6 weeks

    • Rheumatoid nodules

    • Serum RF

    • Radiographic changes

  • What are the key aims of treatment for RA?

    Dependent on stage of RA

    • symptomatic relief/relieve pain

    • Maintain function including movement & muscle strength

    • Prevention of structural damage & deformity

    • Maintenance of patients lifestyle

    Patient education

    Multi-disciplinary approach: physiotherapy, occupational therapy, podiatry

  • What is the physiotherapy approach for an acutely inflamed RA joint?Reduction of stress on joint

    Gentle exercises; to not aggravate inflammation

    Ice

    Balance between activity & rest

    Referral to other health professionals: GP/rheumatologist, OT, podiatrist

low back pain is a symptom not a disease, and can result from different known or unknown abnormalities or diseases

  • what is the evidence for LBP drivers

    • strong evidence for psycho-social

    • mod-strong for patho-anatomy

    • weak on movement based, harder to observe

  • what is a spondylolisthesis

    • when a vertebra slips forward or back in relation to the one below

    • can result from a spondylolysis

  • clinical features of spondylolisthesis

    • aggravated by extension movements, heavy lifting, prolonged standing

    • pain on direct palpation

    • neurological signs if involving nerve root

    • compensatory hamstring tightness

    • restricted lumbar extension

    • core weakness and poor lumopelvic control

    • pain can improve in supine positioning

Physiotherapy management (10 marks)

Principles:

  • Conservative management is first-line for Grade 1 spondylolisthesis (Physiopedia, Rahman et al. 2023).

  • Focus on pain reduction, spinal stability, flexibility, and functional restoration.

Management strategies:

  1. Education & activity modification

    • Avoid repetitive lumbar extension, heavy lifting, hyperextension sports.

    • Encourage pacing and ergonomic strategies at work.

  2. Pain management

    • Heat/ice, short-term analgesia advice, postural correction.

  3. Core stabilisation exercises

    • Emphasis on deep abdominal (transversus abdominis) and multifidus activation.

    • Progress to dynamic stabilisation (bridging, bird-dog, planks).

    • Evidence: Core stabilisation reduces pain and disability in spondylolisthesis (Rahman et al., 2023; Nishad et al., 2022).

  4. Flexibility training

    • Stretch hamstrings, hip flexors, ITB to reduce compensatory strain.

    • Thoracic mobility exercises to offload lumbar spine.

  5. Graded strengthening & functional rehab

    • Gluteal and hip strengthening to improve lumbopelvic control.

    • Gradual return to work-related lifting with correct technique.

  • what is a spondylolysis

    a defect or stress fracture in the pars interarticularis

  • are patho-anatomic findings more common in people with back pain

    yes there is a still a higher prevalence of those with symptoms having findings of imaging

List the contraindications to neural tissue provocation testing

recent disc bulge

flexion symptoms

recent trauma, fracture

cauda equina syndrome

discuss the significance of a “positive’ neural tissue provocation test and any implications for treatment

indicates neural involvement

restricted gliding, increased tension or sensitivity of the nerve

helps differentiate between neural involvement and just musc involvement

McKenzie approach

  • mckenzie assessment process focuses more on…

    active movement tests rather than palpation

    • response of symptoms

    • pain before and after movement

    • pain during and end range pain

  • mckenzie approach treatment focusses on

    primarily exercise based

  • what is posture syndrome

    pain due to mechanical deformation of soft tissues from poor posture

    • worse at end of day

    • gradual onset

  • posture syndrome physical examination findings are

    • active movement tests don't reproduce pain

    • sustained positions only

  • what is dysfunction syndrome

    adaptive shortening of soft tissues due to trauma, injury, poor posture which results in pain when these shortened structures are stretched

  • dysfunction syndrome subjective findings

    • local

    • intermittent

    • gradual onset

    • aggs when end range movements

  • dysfunction syndrome obj findings

    • end range active movements

    • restriction of range

  • dysfunction syndrome treatment

    • stretch the stiff movement

      • flexion, extension

  • what is derangement syndrome

    • pain from internal derangement of IVD

    • repeated movement produce centralisation or reduction of derangement

  • derangement syndrome subjective findings

    • constant or intermittent

    • local and may refer pain

    • sudden onset

    • agg by repeated flexion and sustained flexed positions

  • derangement syndrome objective findings

    • pain during movement

    • centralisation with repeated movements

  • derangement syndrome treatment (posterior derangement)

    • “reduce” derangement

      • repeated extension

    • maintain reduction by

      • regular extension

      • postural strategies

    • prevent reoccurrence

Simon is a thirty two (32) year old clerical assistant who presents with a four (4) year history of bilateral low back and buttock pain (following a lifting injury) which has not responded to mobilisation to his lumbar spine.

With reference to the literature, outline your management approach to Simon’s chronic pain,

Your answer should include:

6a)       Principles of management

-          Education that pain does not always mean there is tissue damage and reduced fear avoidance

-          Prescribing graded exercises programs

 

6b)       Selection of appropriate outcome measures

 

-          Screening psychological factors with the Pain Catastrophizing scale

-          Assess AROM?