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GCC Nursing Guide — Amputation
Vascular / Orthopaedic GCC Context Stump Care & Rehabilitation Updated Apr 2026

Indications for Amputation

Critical Limb Ischaemia (most common)Diabetic / Vascular
TraumaMangled extremity, blast injury
MalignancyBone/soft tissue sarcoma
InfectionNecrotising fasciitis, gas gangrene
CongenitalLimb deficiency / failed salvage
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GCC Context: UAE and Saudi Arabia have among the highest per-capita amputation rates in the world — driven by poorly controlled DM epidemic with diabetic foot complications as the leading cause.

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Amputation Levels

LevelDescriptionRehabilitation
DigitalToe / fingerExcellent
TransmetatarsalForefootVery good
Transtibial (BK)Below kneeGood — less energy cost
Knee disarticulationThrough knee jointModerate
Transfemoral (AK)Above kneeHigher energy demand
Hip disarticulationThrough hipMost challenging

Principle: maximise viable tissue while achieving primary closure — level determined by blood supply.

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Pre-Amputation Patient Assessment

Vascular Status
  • Ankle-Brachial Index (ABI)
  • CT angiography run-off
  • Skin perfusion pressure assessment
  • Duplex ultrasound
Nutritional & Metabolic
  • Albumin >35 g/L for wound healing
  • HbA1c — target <58 mmol/mol pre-op
  • Glucose control (impairs healing)
  • BMI / nutritional screen
Psychosocial Readiness
  • Grief response assessment
  • Mental health screen
  • Family / social support
  • Rehabilitation motivation
  • Religious / cultural concerns
Multi-Disciplinary Team Decision
Vascular Surgeon Orthopaedic Surgeon Prosthetist Physiotherapy Rehabilitation Medicine Nurse Specialist Dietitian
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Imaging Protocol: CT angiography run-off defines the most distal level of adequate perfusion. Skin perfusion pressure >40 mmHg is associated with primary wound healing. Angioplasty/bypass may be attempted first to avoid or reduce amputation level.

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Psychological First: Amputation represents a profound loss. Allow the patient time to express grief, fear, and anger. Avoid minimising responses such as "you'll be fine" — this invalidates the patient's experience.

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Psychological Preparation

  1. Allow patient to verbalise fears — loss of identity, mobility, independence, body image
  2. Explain amputation level and rehabilitation potential honestly
  3. Introduce peer support / prosthesis user if possible
  4. Involve family with patient consent — essential in GCC cultures
  5. Refer to clinical psychology / liaison psychiatry if significant distress
  6. Address religious concerns — prayer positioning, ritual purity (Wudu) post-amputation

Medical Optimisation

Blood glucoseHbA1c <58 mmol/mol
Albumin>35 g/L (wound healing)
Infection controlIV antibiotics, debridement
DVT prophylaxisLMWH pre-operatively
CrossmatchGroup & save + crossmatch
Smoking cessationImproves flap perfusion
Cardiac assessmentECG, echo if indicated
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Consent & Patient Education Topics

Consent Must Cover
  • Amputation level — possible intra-operative change
  • Risk of wound healing failure (especially diabetic/vascular)
  • Phantom limb pain — explain pre-operatively
  • Prosthesis potential and timeline
  • Anaesthesia options (general vs regional / epidural)
  • Blood transfusion possibility
Nursing Education Pre-Op
  • Stump sock shaping — what to expect
  • Post-op positioning to prevent contracture
  • Compression bandaging purpose
  • Early mobilisation timeline
  • Rehabilitation pathway overview
  • Smoking cessation resources
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Pre-emptive Analgesia: Pre-operative epidural analgesia may reduce incidence and severity of phantom limb pain post-operatively — evidence remains limited but it is common practice in many GCC centres. Discuss with anaesthetics team.

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Stump Wound Assessment

Assess Each Shift
  • Colour: pink (healing), pale (ischaemia), dusky/black (necrosis)
  • Warmth and capillary refill
  • Wound edge apposition — dehiscence risk high in DM/vascular
  • Haematoma: swelling, bruising, fluctuance
  • Infection signs: erythema, purulence, odour, pyrexia
  • Drain output (if in situ)
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Haematoma is the most common early post-operative complication. Raises infection risk and may require surgical evacuation. Report promptly.

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Compression Bandaging

Shapes the stump, reduces post-operative oedema, and prepares the residual limb for prosthetic fitting.

Figure-of-8 technique — NOT circumferential. Circumferential bandaging creates a tourniquet effect and can compromise blood supply.

Technique Steps
  1. Start at the distal end of the stump
  2. Apply diagonal wraps in figure-of-8 pattern
  3. Extend coverage proximally beyond the stump
  4. Firm but not tight — patient should not have numbness
  5. Re-wrap every 4–6 hours and after physiotherapy
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Stump Positioning — Contracture Prevention

Transtibial (Below Knee)
  • Promote hip extension — lie prone for 30 min twice daily
  • Avoid prolonged hip and knee flexion
  • No pillow under stump — causes flexion contracture
  • Avoid hanging stump over bed edge
Transfemoral (Above Knee)
  • Maintain hip in neutral — avoid abduction and flexion
  • No pillow between thighs
  • Abduction contracture prevents prosthetic fitting
  • Prone lying essential — 2 x 30 min daily
Transmetatarsal
  • Avoid plantar flexion
  • Neutral foot position splinting
Dressing Approach
  • Rigid post-op socket: immediate prosthesis prep — reduces oedema, protects stump
  • Soft dressing: standard at many GCC centres — easier wound inspection
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Complications & Management

ComplicationPresentationNursing Action
HaematomaSwelling, bruising, wound bulgeEscalate; possible surgical evacuation; monitor obs
Wound DehiscenceWound edges separate — high risk in DM/PVDWound care, NPO wound support, consider VAC dressing, secondary closure referral
InfectionErythema, pyrexia, purulenceWound swab, IV antibiotics, escalate; DM control crucial
Flexion ContractureFixed deformity — prevents prosthesisProne positioning, physiotherapy, splinting
Phantom PainPain in absent limb — see Tab 4Analgesia, mirror therapy, refer pain team
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Early Mobilisation: Begin transfer practice and wheelchair independence from Day 2–3 with physiotherapy. Early mobilisation reduces DVT risk, improves mood, and sets the tone for rehabilitation. Bed rest should be minimised.

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Prevalence: 50–80% of amputees experience phantom limb pain. It is not psychological — it has a defined neuropathic pathophysiology and requires active treatment.

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Defining the Three Entities

EntityDefinitionNature
Phantom Limb Pain Painful sensation perceived as coming from the amputated (absent) limb Pathological — requires treatment
Phantom Sensation Non-painful awareness of the absent limb (e.g. position, temperature, itching) Normal — benign, reassure patient
Residual Limb Pain Pain at the actual stump wound site Local — wound/nerve/scar
Character of Phantom Pain
Burning Shooting Crushing Cramping Electric shocks
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Pathophysiology

Phantom pain arises from cortical reorganisation — the somatosensory cortex area previously mapped to the amputated limb is invaded by neighbouring cortical areas, generating abnormal signals perceived as originating from the absent limb.

Sensitised central pain pathways amplify nociceptive input. Pre-operative chronic pain in the limb may prime these pathways — explaining the benefit of pre-emptive epidural analgesia.

Key Exam Point

Mirror therapy works by reversing cortical reorganisation — the brain receives visual feedback of a "complete" limb moving, which normalises cortical maps and reduces phantom pain signals.

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Non-Pharmacological Treatment

Mirror Therapy

Best evidence. Patient views mirror reflection of intact limb while moving it — creates visual illusion of absent limb. Performed 15–30 min daily.

First-line non-pharm
Graded Motor Imagery

Three-stage: limb laterality recognition, motor imagery, then mirror therapy. Systematic cortical retraining programme.

Other Approaches
  • Desensitisation therapy
  • TENS (transcutaneous electrical nerve stimulation)
  • Acupuncture
  • Relaxation / mindfulness
  • CBT — pain catastrophising
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Pharmacological Treatment

DrugClassNotes
Gabapentin / PregabalinAlpha-2-delta calcium channel ligandFirst-line neuropathic pain. Titrate dose. Monitor sedation. GCC: widely available.
AmitriptylineTCALow-dose neuropathic pain. Useful in co-morbid insomnia/depression. Monitor cardiac rhythm.
DuloxetineSNRINeuropathic pain. Also addresses comorbid depression/anxiety common post-amputation.
OpioidsMOR agonistLimited evidence for phantom pain specifically. Short-term use only. Dependency risk.
Ketamine infusionNMDA antagonistSpecialist pain team. IV infusion in refractory cases. Dissociative effects — monitored setting.
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Prosthetic Timeline

Transtibial (BK)Provisional prosthesis 4–6 weeks post-op
Transfemoral (AK)6–8 weeks post-op
Wound healedPrimary requirement before fitting
Stump volumeMust be stable — oedema resolved
Energy Expenditure for Ambulation
Normal gait (baseline)+0%
Below-knee prosthesis+25% energy
Above-knee prosthesis+65% energy
Bilateral AK+200% or more

Cardiac fitness assessment is mandatory prior to prosthetic training, especially for patients with vascular disease.

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K-Level Functional Classification

K-LevelDescription
K0No prosthetic potential — wheelchair primary mobility
K1Limited — indoor walking on level surfaces only
K2Limited community ambulation — traverses low-level barriers
K3Unlimited community walking, variable cadence
K4High activity / sport / paediatric — exceeds basic ambulation
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Residual Limb Care

Daily Inspection
  • Inspect for pressure areas / redness
  • Check for blisters — pistoning sign
  • Examine skin folds and proximal brim
  • Look for socket fit changes
Hygiene & Skin Care
  • Wash stump daily with mild soap
  • Dry thoroughly — especially skin folds
  • Moisturise stump skin (avoid between folds)
  • Wash prosthetic sock daily
Socket Issues
  • Pressure sores from poor socket fit
  • Pistoning: socket too loose (weight loss / oedema)
  • Stump volume changes — add sock ply
  • Refer to prosthetist if persistent problems
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GCC Cultural & Social Context

Cultural Considerations
  • Body image concerns — cultural modesty important in GCC
  • Prayer position ability with prosthesis — prosthetist can adapt socket for kneeling (Sujood/Ruku)
  • Family central role in rehabilitation support and motivation
  • Ablution (Wudu) — Islam permits wiping over prosthetic limb
Return to Activities
  • Driving: Bilateral or dominant limb amputation — notify GCC road authority (DVLA equivalent), adapted vehicle assessment required
  • Work: Occupational therapy assessment, reasonable adjustments, prosthetic work socket
  • Sport: K4 prostheses available — running blades, sport-specific limbs
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Amputation Levels — Exam Comparison Table

LevelEnergy CostRehab PotentialKey Nursing Point
Digital / TransmetatarsalMinimalExcellentPrevent plantar flexion contracture
Transtibial (BK)+25%GoodPrevent knee flexion contracture — prone lying
Knee Disarticulation+40%ModerateEnd-bearing stump — good proprioception
Transfemoral (AK)+65%ReducedPrevent hip flexion/abduction contracture
Hip Disarticulation>100%Most challengingWheelchair primary — prosthesis cosmetic/functional

Phantom Pain vs Residual Limb Pain

FeaturePhantom PainResidual Limb Pain
LocationAbsent limbStump wound site
CharacterBurning, shooting, crampingAching, wound tenderness
CauseCortical reorganisationWound, neuroma, infection
TreatmentMirror therapy, gabapentinAnalgesia, wound care
OnsetOften immediate post-opCorrelates with wound status
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Stump Positioning — Exam Summary

BK — riskKnee flexion contracture
BK — preventionProne 30 min BD, no pillow under stump
AK — riskHip flexion + abduction contracture
AK — preventionNo pillow between thighs, prone lying
Transmetatarsal — riskPlantar flexion deformity
Bandaging ruleFigure-of-8 ONLY — never circumferential
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DHA / DOH / SCFHS / QCHP High-Yield Points

Most Likely to Appear
  • Leading cause of amputation in GCC = diabetic foot (DM complications)
  • Best rehabilitation potential = transtibial (below-knee)
  • Mirror therapy = treatment for phantom limb pain
  • Albumin >35 g/L = required for wound healing optimisation
  • First-line neuropathic pain drug = gabapentin/pregabalin
  • Most common early complication = haematoma
Common Distractors / Traps
  • Circumferential bandaging = WRONG — causes tourniquet effect
  • Pillow under stump = WRONG — causes flexion contracture
  • Phantom sensation ≠ phantom pain (sensation is normal / benign)
  • Above-knee prosthesis is not always the goal — K0 patients = wheelchair
  • Pre-emptive epidural = may reduce phantom pain — not abolish it

🎯 Amputation Rehabilitation Potential Assessment

Enter patient parameters to predict K-level functional classification and prosthetic potential.