karen daley, phd (c), ms, mph, rn needlestick injuries conference dublin 2006 critical exposure: my...
TRANSCRIPT
Karen Daley, PhD (c), MS, MPH, RN
Needlestick Injuries Conference
Dublin 2006
Critical Exposure:My Story
My StoryMy Story
• Details of injury• Occupational health follow-up
Decision to go public
• Personal considerations
• Putting a face to the issue
• Making some sense out of it
Needlestick injuries in the USWhat we knew in 1999:
• Incidence/frequency estimates
• Significant underreporting• More than 20 BBP (most often hep C)• 1000 HCW infections reported/yr• Data quality inconsistent
• Prevention possible
Hepatitis C: An Emerging Silent Epidemic
• 4M estimated cases in US; 170M worldwide
• 4X more prevalent than HIV in US pop• HCWs 3rd highest occupational risk grp • Long latency period with 85% chronic
infection; 20-25% develop cirrhosis• No current vaccine or prophylaxis• Early detection and treatment key
Needlestick injuries in the US What we didn’t know:• Actual numbers of injuries
• Actual number of infected workers
• Injury device specific information
• Device evaluation information
Needlestick injury costs • Lost work/productivity/treatment
• Occupational health follow-up
• Studies suggested $1500-$3000 per exposed worker without infection
• @600,000 injuries/yr = $900M-$1.8B
• One infected worker: $500,000-$1M over lifetime
Potential costs of injuries• Human costs
• Insured costs: medical f/u, HIV prophylaxis, treatment, disability, lost time
• Uninsured costs: paid wages, OT, replacement workers, clerical/supervisor time
• Organizational losses
Safer needle technology in 1999• Available for more than two decades
• 1000 products on current market
• 250 FDA approved
• Poor market penetration (15%)
• Effectiveness varies (need data)
• Cost implications/benefit
Cost of technology (1999)• Standard blood-drawing device: aver $.07
• Safety needle devices: aver $.28 more
• Up front conversion/incremental costs
• One study: 300 bed hospital:$17,000
Safety device costs have declined as market penetration increased
Most effective technologies• Active vs. passive
• Designs: shield; sheath; retractable
• Disposal systems
• Prevent over 80% of injuries
A Journey Beyond the Personal
• Massachusetts Nurses Association legislation
• State advocacy
• Federal advocacy
2000 Federal Needlestick Safety & Prevention Act
• Amends OSHA BBP standard
• Requires use of safer devices
• Frontline nurses and other healthcare workers participate in device selection and evaluation
Federal legislation components
• Device/injury data collection and logs
• Written exposure control plan with annual update
• Ongoing education/training of workers
Where we are today in US
Indicators of progress:• Market conversion to safety devices
• Increase in number of OSHA inspections
• Reduction in number of injuries due to conventional devices
• Overall decline in number of injuries