BACKGROUND: The judgement and skill of an experienced surgeon are crucial i
ngredients during trauma resuscitation, so that errors of omission, commiss
ion, and misprioritization can be avoided. Trauma represents a potential pa
radigm application for telemedicine owing to its ubiquitous and urgent natu
re and the limited availability of specialized care.
METHODS: A two-phase project was performed, using an Advanced Trauma Life S
upport (ATLS)-based evaluation tool. In phase I, we reviewed 24 videotaped
trauma resuscitations on a single pass. Clinical data thus observed were co
mpared with the clinical chart for agreement. In phase II, we performed rea
l time, remote, initial evaluations of 17 trauma victims.
RESULTS: In phase I, 19 of 44 variables had agreement rates >90%, 10 had ag
reement rates between 70% and 90%. In phase II, agreement rates were simila
r to those in phase I, with improved accuracy in documenting initial and se
condary vital signs and the secondary physical examination.
CONCLUSION: Remote evaluation of trauma victims is feasible. Accurate clini
cal data can be recorded, tasks delegated, and therapeutic measures advised
using telemedicine. This can make expert trauma care available to hospital
s without advanced trauma systems and potentially reduce cost, prevent unne
cessary transfers, and promote early transfer when indicated. (C) 2001 by E
xcerpta Medica, Inc.