VASCULARABI Screening in TraumaExplain to PatientSystolic MeasurementsHighest Brachial Pressure (Arm)mmHgHighest Ankle Pressure (Dorsalis Pedis/PT)mmHgCalculate ABIAwaiting PressuresEnter the highest systolic brachial and ankle pressures to calculate the screening index.Guidelines & EvidenceWhen to UseScoring Variables & ClassificationClinical PearlsManagement & Clinical ActionsOutcomes & PrognosisThe EvidenceSection 1When to UseSection 2Scoring Variables & ClassificationSection 3Clinical PearlsSection 4Management & Clinical ActionsSection 5Outcomes & PrognosisSection 6The EvidenceVerifiedLast Review: 2026When to UseBlunt extremity trauma with suspected vascular injury (e.g., fractures, dislocations, crush injuries)Penetrating trauma near major vascular structures without hard signs of vascular injuryAssessment following reduction of dislocations (knee, ankle, elbow)Post-fracture stabilization to reassess distal perfusionPolytrauma patients where occult vascular injury is suspectedGunshot or stab wounds to extremities with equivocal exam findingsToolPurposeStrengthsLimitationsABIScreening for arterial injuryRapid, bedside, non-invasiveOperator dependent, less accurate in shockDoppler UltrasoundFlow detectionDetects flow presenceLimited anatomical detailCT Angiography (CTA)Definitive diagnosisHigh sensitivity/specificityRequires contrast, timePhysical ExamInitial screeningImmediate, no equipmentMisses occult injuriesLess reliable in hemodynamically unstable patientsMay be falsely elevated in calcified vessels (elderly, diabetics)Cannot localize site of vascular injuryDoes not detect isolated venous injuryInsensitive for intimal injuries without flow limitationPresence of hard signs of vascular injury (active hemorrhage, expanding hematoma, bruit/thrill, pulseless limb) → immediate operative interventionTraumatic cardiac arrest or moribund patientSevere limb destruction requiring immediate amputationLast Comprehensive Review: 2026