TY - JOUR
PY - 2018//
TI - Burns caused by electronic vaping devices (e-cigarettes): a new classification proposal based on mechanisms
JO - Burns: journal of the International Society for Burn Injuries
A1 - Serror, K.
A1 - Chaouat, M.
A1 - Legrand, Matthieu M.
A1 - Depret, F.
A1 - Haddad, J.
A1 - Malca, N.
A1 - Mimoun, M.
A1 - Boccara, D.
SP - 544
EP - 548
VL - 44
IS - 3
N2 - Introduction With more than 10 million of daily users, e-cigarettes encountered a great success. But in the past few years, the number of medical reports of injuries caused by the explosion of e-cigarettes has significantly increased. This article aims at reporting our series and reviewing the literature to propose a new classification based on the mechanisms of injuries related to e-cigarettes that can guide non-specialists and specialists in the management of these patients.
METHOD We performed a retrospective review of our institutional burn database from June 2016 to July 2017 for injuries caused by or in the context of using an e-cigarette. The patients' demographics (age, gender), burn injury mechanisms, depth, localization, surface and interventions were described.
RESULTS Ten patients suffered from burns related to the use of e-cigarettes. The burns were located at the thigh (80%) and the hand (50%) with a mean surface of 3% of TBSA. Four different mechanisms could be described: Type A: thermal burns with flames due to the phenomenon of "thermal runaway", Type B: blasts lesions secondary to the explosion, Type C: chemical alkali burns caused by spreading of the electrolyte solution and Type D: thermal burns without flames due to overheating. These different mechanisms suggest specific surgical and non-surgical management.
CONCLUSION Management of injuries sustained from e-cigarettes' explosions should be approached from the standpoint of mechanisms. Different mechanisms could be associated and should be considered in specific management.
Copyright © 2017 Elsevier Ltd and ISBI. All rights reserved.
Language: en
LA - en SN - 0305-4179 UR - http://dx.doi.org/10.1016/j.burns.2017.09.005 ID - ref1 ER -