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Trends in injuries, illnesses, and policies in Canadian healthcare workplaces.

ABSTRACT: BACKGROUND:Analysis of workers' compensation data and occupational health and safety trends in healthcare across Canada was conducted to provide insight concerning workplace injuries and prevention measures undertaken in the healthcare sector. METHODS:Timeloss claims data were collected for 1992-2002 from the Association of Workers' Compensation Boards of Canada. Labour Force data from Statistics Canada were used to calculate injury rates. The Occupational Health and Safety Agency for Healthcare in British Columbia coordinated with provincial occupational health and safety agencies in Ontario, Quebec and Nova Scotia to analyze injury data and collate prevention measures in their regions. RESULTS:The national timeloss injury rate declined from 4.3 to 3.7 injuries per 100 person-years since 1998. Musculoskeletal injuries consistently comprised the majority of timeloss claims. Needlestick injuries, infectious diseases and stress-related claims infrequently resulted in timeloss claims although they are known to cause great concern in the workplace. Prevention measures taken in the various provinces related to safer equipment (lifts and electric beds), return-to-work programs, and violence prevention initiatives. Different eligibility criteria as well as adjudication policies confounded the comparison of injury rates across provinces. DISCUSSION:Since 2000, all provinces experienced healthcare restructuring and increased workload in an aging workforce. Despite these increased risks, injury rates have decreased. Attribution for these trends is complex, but there is reason to believe that focus on prevention can further decrease injuries. While occupational health is a provincial jurisdiction, harmonizing data in addition to sharing data on successful prevention measures and best practices may improve workplace conditions and thereby further reduce injury rates for higher risk healthcare sector occupations.

SUBMITTER: Yassi A

PROVIDER: S-EPMC6976203 | biostudies-literature | 2005 Sep-Oct

REPOSITORIES: biostudies-literature

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Trends in injuries, illnesses, and policies in Canadian healthcare workplaces.

Yassi Annalee A Gilbert Mark M Cvitkovich Yuri Y

Canadian journal of public health = Revue canadienne de sante publique 20050901 5

<h4>Background</h4>Analysis of workers' compensation data and occupational health and safety trends in healthcare across Canada was conducted to provide insight concerning workplace injuries and prevention measures undertaken in the healthcare sector.<h4>Methods</h4>Timeloss claims data were collected for 1992-2002 from the Association of Workers' Compensation Boards of Canada. Labour Force data from Statistics Canada were used to calculate injury rates. The Occupational Health and Safety Agency ...[more]

PMID: 16238148

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Project description:Injurious pecking can cause a wide range of damage and is an important welfare and economic issue in turkey production. Aggressive pecking typically targets the head/neck (HN) area, and feather pecking typically targets the back/tail (BT) area; injuries in these separate areas could be used as a proxy for the level of aggressive and feather pecking in a flock. The objective of this study was to identify risk factors for integument injuries in Canadian turkey flocks. A survey containing a questionnaire about housing and management practices and a scoring guide was distributed to 500 turkey farmers across Canada. The farmer scored pecking injuries in two different body areas (HN and BT) on a 0-2 scale on a subset of birds within each flock. Multivariable logistic regression modeling was used to identify factors associated with the presence of HN and BT injuries. The prevalence of birds with integument injuries ranged widely between the flock subsets (HN = 0-40%, BT = 0-97%), however the mean prevalence was low (HN = 6%, BT = 10%). The presence of injuries for logistic regression was defined as flocks with an injury prevalence greater than the median level of injury prevalence in the dataset (3.3% HN and 6.6% BT). The final logistic regression model for HN injuries contained five variables: flock sex, flock age, number of daily inspections, number of different people during inspections, and picking up birds during inspections (N = 62, pR2 = 0.23, α = 0.05). The final logistic regression model for BT injuries contained six variables: flock sex, flock age, litter depth, litter condition, inspection duration, and use of hospital pens for sick/injured birds (N = 59, pR2 = 0.29, α = 0.05). Flock age, and to a lesser extent, sex was associated with both types of injuries. From a management perspective, aggressive pecking injuries appear to be influenced by variables related to human interaction, namely during inspections. On the other hand, the presence of feather pecking injuries, was associated with litter condition and other management factors like separating sick birds. Future research on injurious pecking in turkeys should focus on these aspects of housing and management to better describe the relationship between the identified variables and the prevalence and severity of these conditions.

Dataset Information

Trends in injuries, illnesses, and policies in Canadian healthcare workplaces.

Publications

Trends in injuries, illnesses, and policies in Canadian healthcare workplaces.

Similar Datasets

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