Question: Officers working in operating activities (in the streets) are more exposed to injury when compared to officers who perform non-operational activities (administration or civilians)? Design: Prospective cohort study. Participants: Two hundred and twenty cadets of the Police Academy. Intervention: The officers were separated into an exposed group called the operational (activities in the streets) and other not exposed group called not operational (administration or civilians). Both were followed for one year. Outcome measures: Several risk factors for the appearance of le-sions were collected, among them, the anthropometric data, aerobic strength and individual history. Several risk factors for the appearance of lesions were collecte...
Objectives: Report the injury epidemiology of law enforcement and firefighter recruits. Design: A sy...
Purpose: A lack of published epidemiological data among police recruits presents a major challenge ...
Coleman Honea1, Cody A. Stahl1, Robin M. Orr2, Robert G. Lockie3, Roger Kollock4, Micheal D.Casteel5...
Background - Greater Manchester Police (GMP) has 6,794 officers most of which receive Police Mutual ...
The tasks performed by police officers are unique, varied and can be performed in unexpected situati...
Abstract Background Injuries within law enforcement are a significant issue as they increase organis...
Purpose A lack of published epidemiological data among police recruits presents a major challenge w...
Patrol officers are experiencing high incident rates of musculoskeletal injuries particularly low ba...
The overall incidence of injury during training among recruits has been recorded to be in the range ...
Purpose:Injury rates and injury risk factors were examined for the first time among cadets undergoin...
Purpose: Injury rates and injury risk factors were examined for the first time among cadets undergoi...
Background: The influence of load carriage in operational police officers is not well understood des...
Introduction: Musculoskeletal injuries are the leading health concern for the United States Army. ...
Due to the unpredictable, varied and often physical nature of law enforcement duties, police officer...
Due to the unpredictable, varied and often physical nature of law enforcement duties, police officer...
Objectives: Report the injury epidemiology of law enforcement and firefighter recruits. Design: A sy...
Purpose: A lack of published epidemiological data among police recruits presents a major challenge ...
Coleman Honea1, Cody A. Stahl1, Robin M. Orr2, Robert G. Lockie3, Roger Kollock4, Micheal D.Casteel5...
Background - Greater Manchester Police (GMP) has 6,794 officers most of which receive Police Mutual ...
The tasks performed by police officers are unique, varied and can be performed in unexpected situati...
Abstract Background Injuries within law enforcement are a significant issue as they increase organis...
Purpose A lack of published epidemiological data among police recruits presents a major challenge w...
Patrol officers are experiencing high incident rates of musculoskeletal injuries particularly low ba...
The overall incidence of injury during training among recruits has been recorded to be in the range ...
Purpose:Injury rates and injury risk factors were examined for the first time among cadets undergoin...
Purpose: Injury rates and injury risk factors were examined for the first time among cadets undergoi...
Background: The influence of load carriage in operational police officers is not well understood des...
Introduction: Musculoskeletal injuries are the leading health concern for the United States Army. ...
Due to the unpredictable, varied and often physical nature of law enforcement duties, police officer...
Due to the unpredictable, varied and often physical nature of law enforcement duties, police officer...
Objectives: Report the injury epidemiology of law enforcement and firefighter recruits. Design: A sy...
Purpose: A lack of published epidemiological data among police recruits presents a major challenge ...
Coleman Honea1, Cody A. Stahl1, Robin M. Orr2, Robert G. Lockie3, Roger Kollock4, Micheal D.Casteel5...