V05.13

Clinical Causes: Failure of vehicle or pedestrian to adhere to traffic signals or crossing rules at railway crossings Lack of awareness or experience operating micro-mobility devices around railway tracks Obstructions or poor visibility at railway crossings that impede timely response Distracted walking or riding, such as use of smartphones near rail tracks Malfunction or unexpected movement of the micro-mobility device leading into railway areas Environmental factors like fog, rain, or darkness reducing visibility and reaction time

Key Symptoms: Physical injuries such as fractures, lacerations, or bruising Head injuries including concussions or more severe trauma Pain and swelling in injured areas Possible unconsciousness or disorientation Symptoms indicating internal injuries, such as chest pain or abdominal discomfort Emotional distress or trauma following the incident

Diagnosis Path: Diagnosis of injuries resulting from collisions with railway vehicles involves a thorough medical assessment, which may include physical examinations, imaging studies such as X-rays, CT scans, or MRIs. Healthcare professionals also evaluate the circumstances of the accident through patient interviews and reviewing any available surveillance footage or accident reports. The diagnosis aims to identify all injuries sustained and to develop an appropriate treatment plan.

Treatment Protocols: Treatment approaches depend on the severity and type of injuries sustained. Common interventions include: - Immediate first aid and stabilization of vital signs - Wound care for cuts and lacerations - Fracture management through casting, splinting, or surgery - Management of internal injuries, possibly requiring hospitalization - Pain control using medications - Physical therapy and rehabilitation for mobility recovery - Psychological support to address trauma In cases involving complex injuries, multidisciplinary care involving trauma surgeons, orthopedic specialists, and mental health professionals may be necessary. Preventive measures, such as improved signage at railway crossings, safety barriers, and public awareness campaigns, are vital to reducing the risk of such accidents.