E-Bikes
What is an E-Bike?
What is a TBI?
Traumatic brain injury - a disruption to normal brain function caused by an external force (i.e. motor vehicle accident)
What are three risk factors of using an E-Bike?
Any of the following: higher speeds, driving under the influence, helmet non-compliance, heavier bikes, higher risk of fracture/dislocation/head trauma than traditional bikes
Any of the following: helmets, reflective clothing, beginner familiarization, awareness of surroundings, communication on the road, maintenance checks, adhering to local regulations
When were E-Bikes popularized?
Initially, in 2015-2017, & further popularized post-pandemic.
What are three common ways TBIs occur?
Any of the following: motor vehicle accident, falls, violent assaults, contact sports, any blunt force trauma
31% require hospitalization
What is the importance of helmets in E-Bike-related injuries (e.g., TBIs)?
Helmets protect the head by dissipating impact force and cushioning the skull from external forces. This can prevent or lessen the severity of a TBI.
What are three benefits of using an E-Bike?
Any of the following: faster transportation, exercise (if not using full assistance), environmentally friendly, more accessible, affordable alternative to a car
What are the three levels of TBIs?
1. Mild: AKA "concussion" or a short change in mental status
2. Moderate: more noticeable confusion, longer symptoms
3. Severe: extended unconsciousness, significant brain damage
What percentage of E-Bike injuries result in TBIs?
60% of injuries result in TBIs
A client discloses to you that they do not own a helmet and ride their E-Bike regularly. How do you respond?
Possible responses: helmet education, explain how high speeds can increase the risk of injury, provide education about additional safety measures they can take