Advanced Orthopaedic Nursing in GCC

Orthopaedic Assessment

Neurovascular Assessment — The 6 Ps

Neurovascular checks are the cornerstone of limb assessment and must be performed hourly post-injury or post-operatively, and immediately if the patient reports new pain. The 6 Ps are the clinical hallmarks of compartment syndrome.

Pain

Disproportionate, worsened by passive stretch — earliest sign

Pallor

Loss of normal skin colour; compare bilaterally

Paresthesia

Tingling/numbness — nerve ischaemia signal

Paralysis

Motor weakness — late and ominous sign

Pulselessness

Absent distal pulse — very late sign; do not wait for this

Pressure

Tense, woody compartment on palpation

CRITICAL: Pain on passive stretch is the single most reliable early indicator. If compartment pressure reaches or exceeds 30 mmHg (or within 30 mmHg of diastolic BP), emergency fasciotomy must be considered. Do NOT elevate the limb above heart level.

Limb Alignment and Shortening

Assessment Points

True leg length: Anterior superior iliac spine (ASIS) to medial malleolus — rules out actual bony shortening
Apparent leg length: Umbilicus to medial malleolus — includes pelvic obliquity
Rotational deformity: Foot position at rest (external rotation in NOF fracture)
Angulation: Varus (bow-leg) vs valgus (knock-knee) alignment
Bryant's triangle: Used for hip assessment — disrupted in NOF fracture

        NOF Fracture Classic Presentation: Shortened, externally rotated leg with inability to weight bear following low-energy fall in elderly patient.
      

Thomas Test — Hip Flexion Contracture

Procedure (Nursing Awareness)

Patient supine; flex the contralateral hip fully to flatten lumbar lordosis
If test hip lifts off the bed, a flexion contracture is present
Angle of lift = degree of contracture

Clinical Relevance for Nurses

Flexion contracture affects post-THR rehabilitation progress
Pre-operative documentation guides physiotherapy goals
Common in GCC patients with sedentary lifestyle and obesity

Key Knee Tests — Nursing Awareness

Lachman Test

Tests ACL integrity. Knee at 20–30° flexion; anterior tibial translation positive. Nurse awareness: expected in ACL reconstruction patients. Post-op: avoid full knee extension strain for 6–12 weeks.

Anterior/Posterior Drawer Test

90° knee flexion — anterior drawer tests ACL, posterior drawer tests PCL. Nurses document pre/post-op findings and monitor for haemarthrosis (joint swelling, warmth, limited ROM).

McMurray Test

Tests meniscal integrity — click/pain with rotation. Post-meniscal repair: avoid deep flexion and twisting. Weight-bearing restrictions per surgeon's protocol typically 4–6 weeks.

X-Ray Interpretation Fundamentals for Nurses

Nurses are not expected to diagnose fractures but must be able to identify key patterns for escalation and safe handling.

Fracture Type	Description	Key Nursing Consideration
Transverse	Perpendicular to bone shaft — direct force	Stable; usual cast management
Oblique	Angled fracture line — axial compression + torsion	Can shorten and angulate; monitor alignment
Spiral	Twisting force — wraps around bone	Safeguarding concern in paediatrics if mechanism inconsistent
Comminuted	Multiple fragments — high energy	ORIF likely; strict NWB; infection risk if open
Greenstick	Incomplete fracture — paediatric bone	Common in children; usually cast only; growth plate monitoring
Stress	Repetitive microtrauma — may not show on initial X-ray	MRI needed for diagnosis; common in GCC military/athletes

AO Fracture Classification — Overview

The AO (Arbeitsgemeinschaft für Osteosynthesefragen) classification is the internationally used system. Nurses should understand the framework to read operative notes and handover accurately.

Bone Segment: Numbered by bone (1=humerus, 2=radius/ulna, 3=femur, 4=tibia/fibula) and segment (1=proximal, 2=diaphysis, 3=distal)

Type A/B/C: A = simple (2 fragments), B = wedge, C = complex/comminuted — C carries highest surgical complexity and infection risk

Nursing implication: Type C fractures = longer theatre time, higher blood loss, more complex post-op monitoring and pin site care requirements

Fracture Management Nursing

Immobilisation Types

Type	Use	Key Care Points
Backslab	Acute swelling phase; post-op	Check neurovascular q1h; convert to full cast at 5–7 days
Full Circumferential Cast	Definitive immobilisation	Drying time 24–48h (plaster); no weight until set
Functional Brace	Tibial shaft fractures (Sarmiento)	Allows knee/ankle ROM; check for slippage
Traction	Femoral shaft, acetabular fractures	Skin integrity, pin site care, bowel/bladder monitoring

Cast Care — Essential Nursing Actions

Swelling monitoring: Neurovascular checks q1h for first 24h; instruct patient to report numbness, tingling, coldness
Pressure sore prevention: Ensure all bony prominences are padded before cast application; cast window if localised pain/pressure
Cast window: Cut a window over area of concern; inspect skin; replace window with bandage to prevent oedema protrusion (cast window oedema)
Keep dry: Plaster = no water; fibreglass = waterproof liner needed
Elevation: Above heart level for first 48h to reduce swelling
Exercises: Ensure distal joints are exercised (toes/fingers as appropriate)

Smell from cast: May indicate infection or pressure ulcer. Remove cast for inspection — do not ignore.

Skin Traction vs Skeletal Traction

Skin Traction

Adhesive or foam traction strips applied to skin; maximum weight 2–4 kg
Thomas splint: Used for femoral shaft fractures; maintains length and alignment during transfer or pre-operatively
Nursing: Check skin integrity q4h; monitor distal circulation; avoid skin blistering

Skeletal Traction

Pin through bone (tibia, femur, calcaneum); allows higher weights (up to 15% body weight)
Steinmann pin (large, threaded) or Kirschner wire (K-wire, smaller)
Nursing: Pin site care with chlorhexidine 2%; check for loosening, pain, discharge

Thomas Splint Check: Ring must not press on the ischial tuberosity or perineum — check for pressure, especially in long-term pre-op patients.

External Fixator Pin Site Care

Protocol

Clean each pin site individually with chlorhexidine 2% aqueous solution using separate sterile swab per site
Clean in circular motion from pin outward — do not drag back over clean area
Apply non-adherent dressing if discharge present; leave dry/open if no discharge
Frequency: Daily or as per surgeon's protocol (typically daily for first 2 weeks, then every 48–72h)

Signs of Pin Site Infection

Purulent discharge (green/yellow), increasing pain at pin site
Warmth, erythema >1cm around pin, pin loosening
Fever, rising inflammatory markers (WBC, CRP)

Action: Swab for culture, escalate to surgeon, commence antibiotics per protocol. Loose pins require urgent review — may need exchange.

Compartment Syndrome — Emergency Recognition and Action

Pressure Threshold

Compartment syndrome is confirmed when intracompartmental pressure:

Absolute: ≥30 mmHg
Delta pressure (diastolic BP minus compartment pressure): <30 mmHg

Delta pressure is the more clinically reliable threshold. A patient with low BP has a higher risk at lower absolute compartment pressures.

At-Risk Situations

Tibial shaft fractures (most common)
Forearm fractures (both bone forearm)
Crush injuries, prolonged external compression
Tight cast/backslab
Reperfusion after vascular injury
Burns circumferential

Emergency Nursing Actions

1Keep limb at heart level — do NOT elevate (reduces perfusion pressure)
2Remove ALL constrictive dressings, bandages, backslab padding immediately
3Bivalve cast if present (split both sides, spread open)
4Call surgeon immediately — EMERGENCY escalation
5Prepare for compartment pressure measurement and/or emergency fasciotomy
6IV access, bloods (U&E, creatinine — rhabdomyolysis risk), urinary catheter
7Maintain MAP >65 mmHg (IV fluids as prescribed)

Fasciotomy indication: Compartment pressure ≥30 mmHg, or delta <30 mmHg, or clinical signs with diagnostic uncertainty — fasciotomy should not be delayed. Irreversible muscle necrosis begins within 6 hours.

Compartment Syndrome Risk Checker

For clinical decision support — always combine with full clinical assessment and senior review.

Injury Type

Limb Involved

Pain with Passive Stretch?

Yes No

Tense/Woody Swelling?

Yes No

Paresthesia (tingling/numbness)?

Yes No

Pain Level (0–10): 5

Hours Since Injury

LOW RISK

Current assessment does not suggest compartment syndrome. Continue regular neurovascular monitoring every 1–2 hours.

Recommended Actions:

Hourly neurovascular checks for first 24h
Ensure limb elevation (unless post-arterial repair)
Educate patient to report new pain, numbness, or tingling immediately
Reassess if pain increases or clinical picture changes

MEDIUM RISK — INCREASED VIGILANCE REQUIRED

Features are concerning. Escalate to senior nurse and inform orthopaedic team. Increase monitoring frequency.

Recommended Actions:

Neurovascular checks every 30 minutes
Remove any tight bandaging or padding
Notify orthopaedic registrar / on-call surgeon
Position limb at heart level — do NOT elevate
Consider compartment pressure measurement
Document all findings with accurate timestamps

HIGH RISK — IMMEDIATE ACTION REQUIRED

IMMEDIATE SURGICAL REVIEW — COMPARTMENT SYNDROME POSSIBLE.
Do NOT elevate limb above heart level. Remove ALL constrictive dressings NOW. Call surgeon IMMEDIATELY.

Emergency Actions:

Bivalve cast / remove all dressings and bandages immediately
Position limb at heart level
Emergency call to orthopaedic surgeon — this is a surgical emergency
Insert large-bore IV cannula x2, send bloods (FBC, U&E, LFTs, CK, lactate, crossmatch)
Insert urinary catheter — monitor urine output (myoglobinuria risk)
Prepare for theatre — fasciotomy may be required within minutes to hours
Obtain IV access and commence IV fluids to maintain MAP >65 mmHg
Document time of onset, all actions, and escalations

5P Neurovascular Summary:

Pain on passive stretch Pallor Paresthesia Paralysis (late) Pulselessness (very late)

Total Joint Replacement Nursing

Total Hip Replacement (THR) — Dislocation Precautions

Approach	Restrictions	Rationale
Posterior (most common)	No flexion >90°, no adduction past midline, no internal rotation	Posterior capsule and short external rotators are cut — highest dislocation risk posteriorly
Anterior (AMIS/DAA)	No extension, no external rotation, no adduction in extension	Anterior capsule compromised — dislocation risk anteriorly
Lateral/Hardinge	Minimal restrictions; some surgeons: no adduction	Abductor split — generally most stable

Practical Nursing Actions — Posterior Approach

Use raised toilet seat (must not flex hip beyond 90°)
Use high chair/bed — avoid low seats for 6–12 weeks
Abduction pillow in bed (first 48h or per protocol)
No crossing legs
Reaching footwear: long-handled shoe horn, sock aid
Educate patient and family on all precautions before discharge

Dislocation signs: Sudden severe pain, leg shortened and internally/externally rotated, inability to move. Keep patient still, analgesia, urgent X-ray, call surgeon — closed reduction under sedation or back to theatre.

Total Knee Replacement (TKR) — Post-op Care

CPM Machine (Continuous Passive Motion)

Started day 0 or day 1 post-op; initial range 0–40°, increase by 10–15° per day
Nursing: check heel position (must not rest on frame), inspect skin hourly during use
Goal: 0–90° by day 5; 0–110° by 6 weeks
CPM use is surgeon-dependent — some use active ROM protocol instead

Wound Drain Monitoring

Haemovac or Redivac drains typically used
Document hourly output for first 4 hours
Maximum drain output: 300 mL in first 4 hours — if exceeded, notify surgeon; consider wound inspection and haemostasis
Remove drain at 24–48h as per protocol
Note: Some surgeons use tranexamic acid (TXA) and wound closure devices — no drain in ERAS protocols

Rapid Recovery Pathway: TKR and THR patients should mobilise on day of surgery (same-day mobilisation) with physiotherapy. Early mobilisation reduces VTE, pneumonia, and length of stay.

VTE Prophylaxis — GCC Standard

Pharmacological Prophylaxis

Procedure	Agent	Duration
THR	Enoxaparin 40 mg OD SC	28 days post-op
TKR	Enoxaparin 40 mg OD SC	14 days post-op
THR high-risk	DOAC (rivaroxaban) — surgeon preference	35 days

Nursing Administration

SC injection — rotate sites; document each administration
Check platelet count — HIT risk (rare with LMWH)
Renal impairment: dose adjustment (CrCl <30 — use UFH or dose-reduce)
Commence within 12h post-op (when haemostasis confirmed)

Mechanical Prophylaxis

TED stockings (anti-embolism stockings): correct sizing — measure circumference
Intermittent pneumatic compression (IPC) devices: applied pre-op and continued until mobile
Early mobilisation: single most effective mechanical measure

DVT/PE Monitoring

Daily calf assessment — Homans' sign (low sensitivity but document)
Sudden dyspnoea, hypoxia, tachycardia = suspect PE — emergency action
Wells score documentation for DVT risk stratification
US Doppler if DVT suspected; CTPA if PE suspected

Peri-Prosthetic Infection (PJI)

Classification by Timing

Early (<4 weeks): Haematoma, wound dehiscence, superficial infection — debridement + antibiotics (DAIR procedure)
Delayed (4 weeks–2 years): Low-virulence organisms (Staph epidermidis) — often two-stage revision required
Late (>2 years): Haematogenous seeding — treat like delayed

Two-Stage Revision

Stage 1: Explant prosthesis + insert antibiotic-impregnated cement spacer; IV/oral antibiotics 6–12 weeks
Stage 2: Re-implantation of new prosthesis after confirmed infection clearance
Nursing: Monitor CRP/ESR trends, wound care, patient education

MSSA/MRSA in GCC hospitals: Obtain swabs of any wound dehiscence. MRSA screening on admission per hospital protocol. Contact precautions if MRSA confirmed.

Rapid Recovery (ERAS) Pathway

Pre-operative

Patient education: expectations, exercises, discharge plans
Carbohydrate loading up to 2h pre-op (clear fluids)
Multimodal analgesia commenced pre-op (paracetamol, celecoxib)
TXA administered IV prior to incision

Intraoperative

Spinal anaesthesia preferred over GA (reduced VTE, PONV)
Periarticular injection (local anaesthetic cocktail)

Post-operative

Same-day mobilisation with physiotherapy (2–4h post-op)
Oral analgesia preferred; avoid opioids where possible
Remove urinary catheter within 6–12h
Discharge day 1–2 with clear criteria met

Spinal Surgery Nursing

Common Spinal Procedures — Nursing Overview

Procedure	What is Done	Key Post-op Concerns
Discectomy	Removal of herniated disc material	Neuro obs, leg pain resolution, wound care
Laminectomy	Removal of lamina to decompress spinal canal	Dural tear risk (CSF leak), neurological monitoring
PLIF (Posterior Lumbar Interbody Fusion)	Disc removal + cage insertion + pedicle screws, posterior approach	Log-rolling, drain monitoring, spinal precautions
TLIF (Transforaminal Lumbar Interbody Fusion)	As PLIF with transforaminal approach — less retraction of neural elements	As PLIF; unilateral approach reduces bilateral neuro risk
ACDF (Anterior Cervical Discectomy and Fusion)	Anterior neck approach, disc removal, cage ± plate	Airway, dysphagia, haematoma, hoarse voice (RLN)

Log-Rolling Technique

Purpose

Maintains spinal alignment during patient repositioning — prevents rotation, flexion, or extension of the operative spine segment. Must be used until surgeon clears spinal precautions.

Thoracic / Lumbar Surgery — 3-Person Log Roll

1Nurse 1 at head (coordinates): controls head and cervical spine alignment with hands
2Nurse 2 at mid-thorax and pelvis — controls rotation
3Nurse 3 at legs — maintains hip and knee alignment
4On command "1-2-3-roll" — simultaneous movement maintaining alignment

Cervical Spine — 4-Person Log Roll

Additional person dedicated solely to head and cervical spine control
Collar must remain in situ unless removed for care and immediately replaced
Use sliding sheet for lateral transfer — do NOT pull patient from arms or legs

Document: Log roll number, nurses involved, patient tolerance, and any neurological change noted during repositioning.

Neurological Monitoring Post-Spinal Surgery

Frequency

First 4 hours: Hourly neurological observations
4–24 hours: 2-hourly
Thereafter: 4-hourly or as per protocol
Immediately if: Patient reports new symptoms

Assessment Includes

Power: MRC scale 0–5 for each limb group (hip flexors, knee extensors/flexors, ankle dorsiflexion/plantarflexion)
Sensation: Light touch and pinprick — dermatomal mapping (L1–S5)
Reflexes: Knee jerk (L3/4), ankle jerk (S1)
Bladder function: Urinary retention is the most sensitive early cauda equina sign
Bowel: Reduced anal tone / faecal incontinence = late sign

CAUDA EQUINA SYNDROME (CES) — SURGICAL EMERGENCY:
Bilateral leg weakness + saddle anaesthesia + urinary retention/incontinence + reduced anal tone = IMMEDIATE surgical escalation. MRI required urgently. Decompression within 24–48h correlates with neurological outcome.

Cervical Collar Care — Aspen Collar

Sizing (Aspen Philadelphia)

Measure chin-to-chest distance and neck circumference — refer to manufacturer's size chart
Correct fit: chin rests in chin cup; mandible and occiput fully supported; no airway compromise
Common sizes: Petite / Regular / Tall — measure accurately; wrong size causes pressure injury or inadequate immobilisation

Skin Care Under Collar

Inspect skin twice daily (requires second person to maintain alignment)
Common pressure areas: chin, occiput, mandible, clavicle, sternum
Use foam padding or specialist skin barrier (Mepilex Lite) if early redness
Keep skin clean and dry — moisture from sweat increases breakdown risk (important in GCC climate)

Post-Cervical Fusion: Swallowing Assessment

ACDF approach can cause laryngeal/pharyngeal oedema and RLN injury
Commence with ice chips / sips water; formal SALT swallowing assessment if hoarse, coughing, or dysphagia
Monitor for haematoma: rapid worsening stridor/dysphagia = airway emergency — call team immediately

Spinal Trauma — NEXUS Criteria and Clearance

NEXUS Low-Risk Criteria

If ALL 5 criteria are met, cervical spine X-ray may not be required:

No midline cervical tenderness
No focal neurological deficit
Normal alertness / GCS 15
No intoxication
No painful distracting injury

Spinal Clearance Process

Clinical clearance: Awake, coherent patient with no pain or neuro deficit can be cleared clinically by trained clinician
Radiological clearance: CT cervical spine (first line in GCC trauma centres); MRI if neurological signs
Maintain full spinal precautions (collar + log roll) until formal clearance documented

GCC Context: High-energy RTA is the primary mechanism for cervical spine injury in GCC. Maintain spinal precautions aggressively in all polytrauma patients until cleared.

VTE Risk in Spinal/Paralysed Patients

Paralysed patients have extremely high VTE risk due to venous stasis in paralysed limbs. Pharmacological prophylaxis timing is challenging due to spinal bleeding risk.

Mechanical: IPC devices to all limbs pre-op and immediately post-op. TED stockings. Essential when pharmacological prophylaxis is delayed.

Pharmacological: Enoxaparin commenced 24–48h post-op (surgeon-dependent). Higher doses may be needed in spinal cord injury (SCI) patients. Continue for 3 months in complete SCI.

Positioning: Head of bed elevation, passive ROM exercises, early mobilisation when cleared. Respiratory physiotherapy reduces pulmonary embolism risk.

Rehabilitation Nursing

Weight-Bearing Status — Terminology

Abbreviation	Full Term	Meaning	Common Application
NWB	Non-Weight Bearing	No weight through limb at all; 0% body weight	Tibial plateau fracture, ORIF with tenuous fixation, osteonecrosis
TTWB	Touch/Toe-Touch Weight Bearing	Foot touches floor for balance only — 10–20% body weight	Femoral neck fractures initially, some THR protocols
PWB	Partial Weight Bearing	25–50% body weight — crutches essential	Progressing from NWB; healing stress fractures
WBAT	Weight Bearing as Tolerated	Patient guides own weight bearing based on pain	Most TKR/THR ERAS protocols; stable ankle fractures
FWB	Full Weight Bearing	100% body weight through limb	Healed fractures, uncomplicated TKR, rehabilitation phase

Document and communicate WB status: Every nursing shift handover, physiotherapy interaction, and patient transfer must include current WB status. Error in WB can cause implant failure or refracture.

Mobility Aids — Sizing and Teaching

Walking Frame (Zimmer Frame)

Sizing: Handle height = wrist crease when standing upright with arms relaxed — slight elbow bend (15–20°) when gripping
Technique: Advance frame, then step into it; do not lean excessively forward
Type: Standard (pick up), wheeled (rollator for WBAT) — surgeon/physio decision

Crutches (Axillary or Elbow)

Axillary sizing: Tip to floor = 15cm anterior/lateral to foot; top = 3 finger-widths below axilla
Weight through hands not axilla — axillary crutch palsy (brachial plexus injury) if incorrect
Elbow (Lofstrand): Cuff at upper forearm; handle at wrist level — preferred for long-term use
Gait patterns: 3-point (NWB/PWB affected limb), 4-point (FWB both limbs), swing-through (bilateral NWB)

Walking Stick/Cane

Used in contralateral hand (opposite to affected limb)
Handle at wrist level when standing; quad stick for additional stability

Stump Care — Post-Amputation

Immediate Post-Op

Rigid post-operative dressing (RPOD) or soft dressing per protocol
Residual limb elevated for first 24–48h to reduce oedema; avoid prolonged hip flexion (BKA) — causes contracture
Wound drain: monitor for haemostasis; stump haematoma requires evacuation

Stump Shaping (for Prosthetic Fitting)

Figure-of-8 elastic bandaging commences once wound is healing (typically 10–14 days)
Goal: Cone-shaped (not bulbous), even pressure, no wrinkles
Bandage reapplied every 4–6h and when loose or displaced
Stump socks: used during prosthetic fitting to manage volume

Skin Care

Daily inspection for blistering, skin breakdown, folliculitis
Keep stump clean and dry; avoid creams near wound until healed
Phantom limb pain: acknowledge as real; mirror therapy, gabapentin, amitriptyline per protocol

Occupational Therapy Coordination

ADL Assessment

Functional Independence Measure (FIM) or Barthel Index on admission and discharge
Specific assessments: Dressing (lower limb), toileting, bathing, transfers, meal preparation
Upper limb fractures: grip strength, fine motor (writing, buttons, cooking)

Home Assessment

Pre-discharge home visit (or virtual assessment in some GCC hospitals)
Identify hazards: step height at entry, bathroom grab rail needs, bed height
Equipment provision: raised toilet seat, shower chair, grab rails, bed lever
GCC context: floor-level sitting (Arabic lifestyle) — often contraindicated post-THR; cultural discussion required

Physiotherapy Liaison and Discharge Planning

Physiotherapy Coordination

Daily communication of WB status, pain levels, and any overnight events
Ensure patient has attended and participated in all physiotherapy sessions
Document exercise programme compliance — flag non-compliance to team
Encourage home exercise adherence: written programme, demonstration, family involvement

Discharge Criteria — Orthopaedic

Haemodynamically stable; no active bleeding
Pain managed on oral analgesia
Able to mobilise safely to level required for home environment
Able to perform self-care (or adequate carer support confirmed)
Wound closed/healing; no signs of infection
VTE prophylaxis prescribed and patient educated on self-injection (if applicable)
Follow-up appointment booked; physiotherapy referral made
Patient and family educated on red-flag symptoms to return to ED

Community Physiotherapy Referral

In GCC: Most patients discharge to home physiotherapy (private clinics) or outpatient physiotherapy
Referral letter must include: WB status, surgery performed, precautions, current ROM, goals

Upper Limb Fracture — Sling Care

Collar and Cuff Sling

Supports distal forearm only — gravity aids reduction in humeral shaft fractures. Wrist positioned above elbow. Used for undisplaced surgical neck of humerus.

Broad Arm Sling

Supports entire forearm and elbow — used for clavicle fractures, proximal humeral fractures post-ORIF. Check axillary and neck skin for chafing.

Polysling / Body Belt

Holds arm against body in internal rotation — for shoulder dislocation/repair. Pendulum exercises permitted with this sling — confirm with surgeon.

Sling hygiene: In GCC heat and humidity, inspect skin under sling daily. Maceration risk in axilla and neck folds. Encourage hand and finger exercises in all upper limb slings unless contraindicated.

GCC Orthopaedic Context

Road Traffic Accident (RTA) Trauma Burden

GCC countries consistently rank among the highest globally for road traffic fatalities and serious injuries per capita. Saudi Arabia, UAE, Qatar, Kuwait, Oman, and Bahrain all have RTAs as their leading cause of trauma admissions.

Contributing Factors in GCC

High-speed motorways and desert highways
Mobile phone use while driving remains prevalent despite legislation
Young male population (high-risk demographic)
Excessive speeding; vehicle rollovers common in SUVs
Increasing enforcement (speed cameras, Salik, Nol systems) gradually improving outcomes

Typical RTA Injury Patterns

Femoral shaft fractures (high energy)
Pelvic ring fractures and acetabular fractures
Cervical spine fractures and dislocations
Polytrauma with multiple long bone fractures
Traumatic brain injury concurrent with orthopaedic injuries
Tibial fractures in pedestrians

Nursing responsibility: All polytrauma patients require systematic ATLS primary survey approach; orthopaedic injuries should be addressed after life-threatening injuries are managed (airway, haemorrhage control).

Workplace Injuries — Construction Workers

GCC construction boom has brought millions of migrant workers (largely from South Asia) who are at significant risk of occupational injuries.

Common Injury Types

Falls from height: Multiple fractures, spinal injuries, pelvic fractures
Crush injuries: Foot and hand injuries — compartment syndrome risk
Machinery injuries: Degloving, amputations, open fractures
Manual handling: Vertebral compression fractures, disc injuries

Nursing Considerations

Language barriers: use interpreter services (Arabic, Hindi, Urdu, Bengali most common)
Document injury circumstances accurately for medicolegal purposes
Occupational health liaison for return-to-work planning
Social work involvement for isolated workers with no family support in GCC

Sports Injuries in GCC

Football — National Pastime

ACL injuries common in young GCC nationals — especially during Ramadan night matches (heat, dehydration, fatigue)
MCL sprains, meniscal injuries, ankle sprains
Growing demand for arthroscopic surgery — nurses must be competent in post-arthroscopy care

Post-ACL Reconstruction Nursing Care

Knee immobiliser / hinged brace immediately post-op
Ice/cooling device q2h in first 24h (reduces haemarthrosis)
WB: WBAT with crutches from day 1 (hamstring graft protocol) — surgeon dependent
Neurovascular check q1h for 4h; then 4-hourly
Drain removed at 24h; dressing change at 48h
Return to sport: 9–12 months minimum (psychological readiness + functional criteria)

Obesity-Related OA in GCC

GCC countries have among the highest obesity rates globally (Saudi Arabia >35% adults obese; UAE >30%). This drives a high burden of knee and hip osteoarthritis presenting at relatively young ages.

Clinical Implications

Younger patients (<60) requesting TKR/THR — implant longevity discussions critical
Surgical complexity: excess adipose tissue increases wound complications, infection risk, anaesthetic challenges
BMI >40: many GCC centres require prehabilitation and weight loss before elective arthroplasty
Bilateral TKR demand is high — staged approach preferred (6–12 months apart)

Nursing Role

Sensitive weight management discussions (culturally appropriate)
Frequent repositioning and skin inspection (pressure injury risk)
Bariatric equipment needs: reinforced beds, wide wheelchairs, large BP cuffs
DVT risk extremely high — early mobilisation and compression devices essential

Hajj-Related Injuries

Over 2 million pilgrims attend Hajj annually in Mecca. GCC nurses (particularly in Saudi Arabia) manage a unique surge in specific injury patterns during the Dhul Hijja period.

Specific Injury Patterns

Foot crush injuries: Mass crowd compression at Jamarat — metatarsal fractures, mid-foot injuries, open foot wounds
March fractures: Metatarsal stress fractures from prolonged walking on hard surfaces — pilgrims walk 15–20 km daily
Rhabdomyolysis: Heat, dehydration, and extreme physical exertion — CK markedly elevated, myoglobinuria (dark urine), AKI risk. Aggressive IV hydration is the treatment.
Falls: Elderly pilgrims — NOF fractures, wrist fractures (FOOSH)

Rhabdomyolysis protocol: Urine output target 200–300 mL/h. Urine dipstick (blood positive but no RBCs = myoglobin). Monitor serum CK, creatinine, potassium. IV normal saline aggressive fluid resuscitation.

Osteoporosis in GCC Women

Epidemiology

Paradoxically high rates of vitamin D deficiency in a sun-rich region
Contributing factors: conservative dress (limited UV exposure), indoor sedentary lifestyle, lack of dairy in some diets
Vitamin D deficiency >80% in some GCC female populations studied
Peak bone mass not achieved — early osteoporosis presentation (40s–50s)

Nursing Role in Prevention and Management

Fracture Liaison Service (FLS) nurse: identify all fragility fractures, ensure osteoporosis workup and DEXA scan
Falls prevention programme: exercise, medication review, home hazard assessment
Supplement monitoring: Calcium 1200 mg/day + Vitamin D 1000–2000 IU/day (or per endocrinologist)
Bisphosphonate education: alendronate — take on empty stomach, remain upright 30 minutes (oesophageal irritation)
Post-NOF fracture: secondary prevention is mandatory — denosumab or bisphosphonate commenced before discharge

Cultural and Ethical Considerations

Arabic Consent for Procedures

Informed consent must be provided in the patient's primary language — Arabic consent forms are legally required in all GCC countries
Male family head (father/husband) is often consulted in decision-making — respect this while ensuring the patient's own autonomous consent is also obtained
Nurses must not substitute family consent for patient consent in a competent adult
For invasive procedures (surgery, anaesthesia, blood transfusion): written consent in Arabic and English
Female patients: same-sex nurse/doctor preference — accommodate where possible; document if not possible

Blood Management — Jehovah's Witness Patients

Jehovah's Witnesses typically refuse allogeneic blood transfusion — must be documented and respected
Pre-operatively: optimise haemoglobin (IV iron, EPO if anaemic), autologous pre-donation (where accepted)
Intraoperatively: cell salvage, hypotensive anaesthesia, TXA, meticulous haemostasis
Post-operatively: tolerance of lower Hb — most accept Hb >70 g/L if asymptomatic
Document specific consent form: "Advance Directive — Blood Refusal" on every admission
Paediatric patients: if Jehovah's Witness parent refuses consent for transfusion for their child, this is a medicolegal matter — escalate to senior clinician and legal team urgently

GCC legal note: UAE, Saudi, and Qatar law allows hospitals to seek court-ordered transfusion for minors regardless of religious objection. Consult hospital legal counsel.

GCC Orthopaedic Nursing — Quick Reference Summary

        Key Numbers to Know
        Compartment pressure threshold: 30 mmHg
Max drain output (TKR first 4h): 300 mL
THR VTE prophylaxis: 28 days
TKR VTE prophylaxis: 14 days
No hip flexion post-THR posterior: >90°
Log roll team (lumbar): 3 persons
Log roll team (cervical): 4 persons

      

        Priority Escalations
        Pain on passive stretch = compartment syndrome until proven otherwise
New bilateral leg weakness + urinary retention = cauda equina emergency
Sudden hip pain + shortened/rotated leg = THR dislocation
Post-ACDF swelling + stridor = airway emergency
Dark urine post-Hajj/crush = rhabdomyolysis
Cast pressure / smell = pressure injury under cast

      

        Cultural Essentials
        Always use accredited interpreter — not family members for consent
Same-sex care preference — document and accommodate
Prayer times accommodation post-op mobility
Ramadan fasting — medication timing, wound care scheduling
Arabic consent forms mandatory for all invasive procedures
Hajj period = surge planning for foot/heat injuries

      