TY - JOUR
PY - 2019//
TI - Injury patterns associated with personal mobility devices and electric bicycles: an analysis from an acute general hospital in Singapore
JO - Singapore medical journal
A1 - Cha Sow King, Christelle
A1 - Liu, Michael
A1 - Patel, Sanjay
A1 - Goo, Tiong Thye
A1 - Lim, Woan Wui
A1 - Toh, Hong Chuen
SP - ePub
EP - ePub
VL - ePub
IS - ePub
N2 - INTRODUCTION: The increasing popularity of personal mobility devices (PMDs) and electric bicycles (e-bikes) in Singapore has met with growing public concern over safety. Following the passing of the Active Mobility Bill, there remains a gap in the local literature in terms of injury patterns arising from the use of these devices.
METHODS: A retrospective study was conducted on the Singapore National Trauma Registry (SNTR) from the emergency department of an acute hospital from 1 January to 31 December 2016. All patients with injuries related to the use of PMDs and e-bikes were included. Data captured included demographic information, device used and injury severity score (ISS).
RESULTS: The 259 patients identified had a mean age of 32.1 years and a male predominance. Most (83.4%) were injured from falling off their devices. Devices commonly associated with injury were scooters, skateboards and motorised bicycles. Most injuries were mild (94.6%, ISS < 9) and were mainly external wounds (89.2%) and upper and lower limb injuries (35.5%). There was no difference in ISS in terms of the device used (motorised vs. non-motorised). More severe injuries (ISS ≥ 9) were caused by e-bikes (42.9%) and electric scooters (28.6%). Factors associated with these injuries were older age, use of e-bikes, and injuries to the head, face and thorax. Most patients (86.1%) were discharged and one died.
CONCLUSION: While most injuries associated with PMDs and e-bikes are minor, serious injuries could result from their use. The SNTR should be updated to include PMDs and e-bikes as a category.
Language: en
LA - en SN - 0037-5675 UR - http://dx.doi.org/10.11622/smedj.2019084 ID - ref1 ER -