Health care workers (HCWs) involved with hazardous drugs (HDs) may be exposed to them in the air, on work surfaces, clothing, patient excreta, etc. At-risk workers include pharmacists, pharmacy technicians, nurses, physicians, operating room staff, environmental services workers, research laboratory workers, home HCWs, and others. Studies have linked workplace HD exposures with health effects such as skin rashes, adverse reproductive outcomes, leukemia, and other cancers. Because risk is influenced by the extent of HD exposure as well as the potency and toxicity of HDs, USP standards have been developed to minimize exposure and promote HCW safety. Although there is an increased awareness of the risks of HD exposure, these safety standards are not universally implemented and compliance is often inadequate. Occupational health/safety professionals are responsible for executing a comprehensive HD program that includes hazard communication, administrative, and engineering controls.
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Safe Handling of Hazardous Drugs and USP <800> in the Healthcare Industry
1. The 11th International Occupational Hygiene Association (IOHA)
International Scientific Conference
Safe Handling of Hazardous Drugs and
USP <800> in the Healthcare Industry
Presented by:
Martha Polovich, Ph.D., RN, AOCN
Bernard Fontaine, CIH, CSP, FAIHA
September 25, 2018
2. Safe Handling of Hazardous Drugs and
USP <800> in the Healthcare Industry
Presenter:
⢠Martha Polovich, PhD, RN, AOCN
⢠Assistant Professor Georgia State University
⢠Certified oncology nurse
⢠Research interest: occupational hazardous drug
safety for health care workers
Moderator and Co-Presenter:
⢠Bernard L. Fontaine, Jr., MT, CIH, CSP, FAIHA
⢠Managing Partner â The Windsor Consulting Group
⢠Board of Directors â Workplace Health Without
Borders (WHWB) â US Branch
3. Objectives
⢠List the acute and chronic health effects of
occupational exposure to hazardous drugs.
⢠Recognize the challenges associated with
implementing the practice and quality
standards published by the USP in Chapter
<800> that address all aspects of hazardous
drug handling activities in healthcare settings.
⢠Evaluate their current workplace to identify
gaps in compliance with hazardous drug
handling procedures.
4. Decade Events
1949 Nitrogen Mustard approved by Food & Drug Administration
1970s Chemotherapy agents linked to secondary leukemia & cancer
Published data: risks of occupational chemotherapy exposure
1980s Occupational Safety & Health Administration Guidelines
Oncology Nursing Society (ONS) Guidelines
American Society of Hospital Pharmacists (ASHP) Guidelines
1990s First published data about surface contamination
2000s National Institute for Occupational Safety & Health Alert
2019 USP General Chapter <800> (Official December 1, 2019)
Historical Perspective
on Hazardous Drugs 70 YEARS
5. NIOSH Definition of Hazardous Drugs
⢠Carcinogenicity
⢠Teratogenicity or other developmental toxicity
⢠Reproductive toxicity
⢠Organ toxicity at low doses
⢠Genotoxicity
⢠Structure and toxicity profiles of new drugs that
mimic existing drugs determined
6. Hazardous Drug Safety Overview
⢠In the United States, OSHA and
NIOSH identified worker
exposure to HDs as a problem of
increasing health concern
⢠Preparation, administration,
manufacturing, and disposal of
hazardous medications may
expose hundreds of thousands
of workers, principally in
healthcare facilities and the
pharmaceutical industry, to
potentially significant workplace
levels of these chemicals
7. NIOSH List
⢠Table 1: Cytotoxic antineoplastic drugs
⢠Table 2: Non-antineoplastic meets one or more
of the NIOSH criteria for a hazardous drug
⢠Table 3: Drugs that pose a reproductive risk to
men and women who are actively trying to
conceive and women who are either pregnant
or breastfeeding
8. Healthcare Workers At-Risk
About 8 million U.S. healthcare
workers are potentially exposed to
hazardous drugs, including:
pharmacy and nursing personnel,
nurse practitioners, physicians
and physicianâs assistants,
operating room personnel and
surgical assistants, environmental
services workers, workers in
research labs, veterinarians,
veterinary care workers, shipping
and receiving
9. Pharmaceutical Workers At-Risk
⢠Workers also may be
exposed included those
in drug manufacture and
sterile compounding of
HDs
⢠Best practices using
USP <800> Hazardous
Drugs â Handling in
Healthcare Settings and
<797> Pharmaceutical
Compounding
10. Hazards of Occupational Exposure
⢠Cancer
⢠Developmental or
reproductive toxicity
⢠Genotoxicity:
Changes to
chromosomes 5 or 7
⢠Harm to organs:
⢠Liver
⢠Kidney
⢠Nausea
⢠Rashes
⢠Hair loss
⢠Hearing loss
⢠Cardiac symptoms
⢠Hematopoietic effects
⢠Or NONE
Chronic Effects Acute Effects
11. Genotoxic Biomarkers of Exposure
⢠Chromosomal aberrations: 17-study meta-
analysis
⢠CAs in exposed HCWs significantly higher than
controls
(Roussel, Witt, Shaw, & Connor, 2017)
⢠Micronuclei (MN): 24-study meta-analysis
⢠Confirmed association occupational exposure and
MN frequency (Villarini, et al., 2016)
⢠Sister Chromatid exchanges (SCE): 6-study
review
⢠Exposed workers positive for SCE
(Suspiro & Prista, 2011)
12. Hazardous Drugs - Carcinogens
International Agency for Research on Cancer (IARC) http://www.iarc.fr/
13. Hazardous Drugs - Carcinogens
⢠Non-melanoma skin cancer
[1.5-fold increase, pharmacy techs]
(Hansen & Olsen, 1994)
⢠Excess leukemia [OR = 1.9, nurses]
(Blair, et al., 2001);[MOR = 2.3, nurses &
pharmacists] (Petralia, et al., 1999)
⢠Overall increased occurrence of cancer
[OR = 3.27, nurses] (Martin, 2005)
OR = Odds Ratio; MOR = Mortality Odds Ratio
15. Reproductive Issues
⢠Personnel of reproductive
capability must confirm in
writing that they understand the
risks of handling HDs
(USP, 2017, p. 8)
⢠Professional organizations and
NIOSH propose that employees
who are pregnant or actively
attempting to conceive be given
the option of alternative work
assignments that donât involve
HD handling
16. Routes of Exposure
⢠Dermal absorption:
⢠Direct drug contact
⢠Contact with
contaminated surfaces
⢠Contact contaminated
body fluids
⢠Injection:
⢠Sharps
⢠Breakage
⢠Ingestion via surface
contaminated:
⢠Food, gum
⢠Hand-to-mouth transfer
⢠Inhalation:
⢠Aerosols
⢠Vapors
⢠Inhalation of drug
aerosol â dust or
droplets
17. Exposure: Drug Preparation
⢠Unpacking / stocking hazardous drugs
⢠Handling drug vials
⢠Breaking open ampoules
⢠Reconstituting / mixing drugs
⢠Expelling air or HDs from syringes
⢠Transferring drugs between containers
⢠Needle sticks
⢠Crushing oral forms
⢠Contacting HD residue present on PPE or
other garments
18. Exposure: Drug Administration
⢠Injected drugs
⢠Aerosols from purging
air
⢠Needle-sticks
⢠Intravenous infusions
⢠Spiking drug-filled bag
⢠Leaks from prime tubing
⢠Loose connections
⢠Needle-sticks
⢠âUn-spikingâ
⢠Intracavitary drugs
⢠Poor fitting
connections
⢠Splashing
⢠Oral drugs
⢠Broken tablets /
capsules
⢠Crushing tablets /
opening capsules
⢠Spilling liquid forms
19. Exposure: Drug Disposal
⢠Handling contaminated materials
⢠Used IV equipment
⢠Drug residue
⢠Used personal protective equipment
⢠Collection and transport of drug waste from
administration site to disposal site
⢠Reaching into waste containers
⢠Using wrong containers
⢠Over-full containers
20. Exposure: Contaminated Excretions
⢠Variable HD excretion: hours to days
(48 hours average)
⢠Handling body fluids of HD patients
⢠Urinals / urine
⢠Bedpans / stool
⢠Emesis basins / emesis
⢠Sweat (?)
⢠Flushing toilets
⢠Linen contaminated with bodily fluids
⢠Cross-contamination of building surfaces
22. NIOSH Survey Self-Reported Practices
⢠Failure to wear nonabsorbent gown with closed
front and tight cuffs (42%)
⢠Intravenous tubing primed with antineoplastic
drug by respondent (6%) or pharmacy (12%)
⢠Potentially contaminated clothing taken home
(12%)
⢠Spill/leak administering antineoplastic drug
(12%)
⢠Failure to wear gloves (12%)
⢠Lack of hazard awareness training (4%)
James M. Boiano, Andrea L. Steege & Marie H. Sweeney (2014) Adherence to Safe Handling Guidelines
by Health Care Workers Who Administer Antineoplastic Drugs, Journal of Occupational and Environmental
Hygiene, 11:11, 728-740, DOI: 10.1080/15459624.2014.916809
23. Objectives of Drug Safety Plan
⢠Evaluate workplace to assess all health and
safety hazards and risk
⢠Environmental wipe sampling to determine the
level of workplace contamination by
antineoplastic agents
⢠Regularly review the inventory of hazardous
drugs, equipment, and work practices
⢠Conduct regular training with all potentially
exposed workers
⢠Implement a program for safely handling
hazardous drugs at work and review program
annually
24. Objectives of Drug Safety Plan
⢠Establish procedures and provide training for
handling hazardous drugs safely, cleaning up
spills, and using respirators and PPE properly
⢠Establish work practices related to both drug
manipulation techniques and to general
hygiene practices - not permitting eating or
drinking in areas where drugs are handled
(pharmacy or clinic)
⢠Develop workplace procedures for using and
maintaining all equipment that functions to
reduce exposure - ventilated biosafety
cabinets, closed system drug-transfer
devices, needleless systems, and PPE
25. Medical Surveillance
⢠Pre-placement medical
exams with a medical,
family, and occupational
history
⢠Periodic medical
examinations
⢠Post-exposure
examinations
⢠Exit examinations
⢠Exposure-health outcome
linkage
⢠Reproductive issues
26. Medical Surveillance: Lab Tests
⢠Most valued test in a laboratory assessment is a
Complete Blood Count (CBC) with differential.
⢠Other lab testing (liver function, blood urea
nitrogen, creatinine, and urine dipstick for blood)
⢠Tests conducted at the discretion of the
physician, as a function of the medical, family,
and occupational history, or formal medical
surveillance with well-defined goals
⢠Measure of genetic effects (i.e., chromosomal
aberrations, micronuclei, or other genotoxic
markers) are not recommended in routine
exams
27. Medical Surveillance: Periodic
⢠Medical, reproductive, and exposure history
should be updated every 1-3 years
⢠Interval between exams depends on the
opportunity for exposure, the duration and
intensity of exposure, and (possibly) the age of
the worker
⢠Worker's health and exposure history may
influence the decision of the occupational
medicine physician
⢠Physical exam and laboratory tests follow the
format outlined in the pre-placement
examination
28. Medical Surveillance: Post Exposure
⢠Post-exposure evaluations are tailored to the
type of short-term or acute exposure (e.g.,
spills or needle sticks from syringes with HDs)
⢠Physical exam focuses on exposed body parts,
as well as other organ systems commonly
affected (i.e., for a spill, the skin and mucous
membranes of the affected area; for
aerosolized HDs, the respiratory system)
⢠Treatment and lab tests follow as indicated and
should be guided by emergency protocols
29. Recordkeeping
⢠Employee exposure records, including workplace
monitoring, biological monitoring, and SDSs, as
well as employee medical records related to HDs
⢠Records regarding HD handling shall be kept,
transferred, and made available for at least 30
years, and medical records shall be kept for the
duration of employment plus 30 years
⢠Training records should be created, and include
the following information:
⢠Dates, contents or summary of the training sessions;
⢠Names and qualifications of persons conducting training;
⢠Names and job titles of persons attending the training
30. USP Standards
⢠Chapter <800> builds on the
standards established by other
compounding chapters
⢠<795> Pharmaceutical
Compounding â Nonsterile
Preparations
⢠<797> Pharmaceutical
Compounding â Sterile
Preparations
⢠Adds the element of
containment of hazardous drugs
31. Elements of USP <800>
Facilities PPE
Hazard
Communication
Transport &
Disposal
Compounding Administration Cleaning
Medical
Surveillance
Cradle to Grave
33. Compounding Sterile and Non-Sterile HDs
⢠Considerations
⢠Preparation mat (not required)
⢠Dedicated equipment
⢠Bulk containers, handle APIs and HD powder in C-
PEC (crushing powders, opening capsules,
weighing powders)
⢠Sink and eye wash
⢠Avoid
⢠Unauthorized access
⢠Rough textures (e.g. corrugated cardboard)
⢠External shipping containers
34. The MUST Standards
⢠Maintain HD list
⢠Label all HDs
⢠Designate individual responsible for oversight
⢠Designate areas for receipt, unpacking,
storage, compounding
⢠Use engineering controls for compounding
⢠Provide/ use appropriate PPE
⢠Follow all packaging/ transport/ disposal
standards
(USP, 2017)
35. ⢠Use CSTDs for administering antineoplastic
HDs
⢠Develop policies & procedures for all aspects
of HD handling
⢠Establish a Hazard Communication Plan
⢠Provide job-specific personnel training
⢠Decontaminate equipment/ environment
⢠Prevent/ manage HD spills
(USP, 2017)
The MUST Standards
36. Governing Initiatives
⢠State Laws in United States
⢠Washington (2011)
⢠California (2013)
⢠North Carolina (2014)
⢠Non-legislative state-level actions
⢠Michigan
⢠Maryland
⢠New Jersey
37. Other Politics
⢠Most professional associations agree on HD
standards â but not all
⢠Physicianâs society in US
⢠Nursesâ association in UK
⢠Local struggles
⢠Non-hospital health care facilities
⢠Question of enforcement
⢠Accreditation in some states falls under medical
board vs. pharmacy board
39. Knowledge as a Barrier: Only
ChemotherapyâŚ..?
1 Antineoplastic drugs N = 115 (53%)
2 Non-antineoplastic drugs N = 53 (24%)
3 Reproductive effects N = 49 (23%)
NIOSH, 2016
Affected Healthcare Settings:
Any hospital unit Intensive care
Operating room Interventional radiology
Hemodialysis Skilled nursing facilities
*Over 1,000 commercially available drugs; 12 billion doses/ yr.
40. Safe Handling is NOT Intuitive
⢠Itâs prescriptive
⢠Requires different
thought processes
⢠Most oncology staff are
knowledgeable
⢠Most other staff are not
⢠Requires specific
education and training
⢠Recognize risks
⢠Know precautions
41. Psychosocial Barriers
⢠Belief that exposure is rare
⢠âIâve been doing this for 30 years and never had a
problemâ
⢠Iâve never had a chemo spill
⢠Attitudes toward PPE
⢠Makes it harder to get the job done
⢠Too much trouble/ time/ âwasteâ
⢠Attitudes of peers
⢠Others around me donât use PPE
⢠People would think I am overly cautious
42. Financial Barrier: Construction
Room with fixed
walls separated
from non-hazardous
storage and
compounding
Vented outside the
building
Negative pressure of
0.01 to 0.03â to
adjacent space
At least 12 air
changes per hour
Containshazard
Removeshazard
43. Financial Barrier: Equipment & Safety
Monitoring
⢠Personal Protective Equipment
⢠Gloves meeting ASTM D6978
⢠Gowns - polyethylene-coated polypropylene or
other laminate materials
⢠Closed system drug-transfer devices (CSTDs)
⢠Environmental wipe samples
⢠Medical surveillance program
44. Practical Barriers
⢠Adequately trained personnel
⢠âDesignated person who is qualified and trained to
be responsibleâ (USP, 2017, p. 3)
⢠Space for storage of drugs/ equipment
⢠HD separate storage
⢠CSTDs
⢠PPE
⢠Record keeping
⢠Training, competency
⢠Medical surveillance
45. Workplace Safety Climate
⢠âCultureâ refers to principles, norms, values,
beliefs, and assumptions related to safety
⢠âClimateâ is how culture is experienced by
workers
⢠Workersâ perceptions about commitment to safety
(positive, neutral, or negative)
⢠Climate and culture affect protective behaviors
46. Situational Barriers
⢠Industry: expected work pace affects safety
⢠Workers cite time pressure as reason for not
using PPE across occupations
⢠Chemical workers
⢠Factory workers using hearing protection devices
⢠Healthcare workers handling HDs
⢠Nurse: patient ratio predicts worker safety
Geer et al, 2006; Mahon et al, 1994; Ronis et al, 2006;
Valanis et al, 1991; Zohar, 1980.
47. Speak the Right Language
⢠Health care organizations understand:
⢠Standards
⢠Expectation; basis for comparison, reference point
against which something is evaluated
⢠Quality improvement
⢠Systematic work to make something better
⢠Designed to âraise the barâ
National Quality Forum [NQF], 2018
48. Improving Hazardous Drug Safety
Process OutcomeStructure
Time
Donabedian, 2003
Safety equipment
and qualified
personnel
for safety
USP standards
policies &
procedures
HD
safety
49. Structure
⢠Policies and procedures for HD safety exist;
compliance is expected
⢠Equipment and supplies for safety available
⢠Safe behavior is reinforced; feedback provided
to workers
⢠Management supports safety programs
⢠Education and training is provided
DeJoy, 1995; 2000; Gershon, 2007; Moore, 2005
51. Job-Specific Education, Training and
Competency
⢠Classroom instruction
⢠Supervised practice with a preceptor
⢠Measurement of knowledge
⢠Validation of competency
52. Gap Analysis
⢠Current state Future state
⢠Steps
⢠Review results of baseline assessment
⢠List areas of non-compliance
Share the data
53. Readiness Survey
4. Responsibilities of Personnel Handling HDs
# Item Present Absent Comments
1. Entity designates a person to oversee
compliance
2. Designated person is qualified and trained
3. Designated person monitors compliance,
maintains reports of testing/ sampling
Additional Notes:
https://www.readyfor800.com/download-ready-800-checklist/
54. 8. Hazard Communication Program
# Item Present Absent Comments
a. Written plan in place
b. All HD containers are labeled with a hazard
warning
c. SDS onsite for each hazardous chemical
d. SDSs accessible to personnel in all locations
and at all times
e. Personnel receive initial and updated
information and training
f. Personnel of reproductive capability confirm
understanding of risks in writing
https://www.readyfor800.com/download-ready-800-checklist/
Readiness Survey
55. Specific Requirement Action Steps Target Date Responsible Person Resources Needed
1. Designate a person
to oversee
USP<800>
compliance
⢠Develop position
description
⢠Request applicants
⢠Identify training/
education needs
⢠Identify education
source
September 2018 John Smith XX Committee
Fees: Education/
training
2. Personnel of
reproductive
capability
confirm
understanding of
risk in writing
⢠Develop policy
⢠Develop form
⢠Develop training/
education plan
⢠Implement policy
December 2018 Susan Jones Employee Health
XX Committee
âIf you donât know where you are going, any road can take you there.â
Lewis Carroll, Alice in Wonderland
Action Plan
The session will help attendees obtain a high-level understanding of the requirements for handling hazardous drugs in health care settings so that they are able to
Perform a baseline assessment of their settingâs current state of compliance with USP standards
Distinguish between the standards that are requirements and those that are recommended best practices
Recognize the facility and practice changes that are necessary to achieve compliance with the USP <800> standards
Develop an action plan for improving the safety of health care workers who are potentially exposed to hazardous drugs
Communicate with various stakeholders in their organization regarding the need for hazardous drug safety
Identify resources to support the improvement of hazardous drug safety
Â
37 years from NM to OSHA
85 drugs from 1949-1992 (44 years)
85 drugs from 1993-2000 (8 years)
40 drugs from 2001-2004 (3 years)
Moved quickly in developing new drugs for the treatment of cancer; much slower progress on HCW safety
By the time USP General Chapter 800 is enforceable, it will have been 70 years
NIOSH and the American Society of Health-System Pharmacists definitions of Hazardous Drugs
Carcinogenicity
Teratogenicity or other developmental toxicity
Reproductive toxicity
Organ toxicity at low doses
Genotoxicity
Structure and toxicity profiles of new drugs that mimic existing drugs determined
Drugs to be evaluated include new US Food and Drug Administration (FDA) approvals and existing drugs with new FDA warnings, usually black box warnings.
Hazardous Drug Safety Overview
In the United States, OSHA and NIOSH identified worker exposure to HDs as a problem of increasing health concern
Preparation, administration, manufacturing, and disposal of hazardous medications may expose hundreds of thousands of workers, principally in healthcare facilities and the pharmaceutical industry, to potentially significant workplace levels of these chemicals
NIOSH List of Hazardous Drugs
Group 1: Antineoplastic drugs
Group 2: Non-antineoplastic meet one or more of the NIOSH criteria for a hazardous drug
Group 3: Drugs that pose a reproductive risk to men and women who are actively trying to conceive and women who are either pregnant or breastfeeding
Healthcare Workers At-Risk
About 8 million U.S. healthcare workers are potentially exposed to hazardous drugs
Includes pharmacy and nursing personnel, nurse practitioners, physicians and physicianâs assistants, operating room personnel, environmental services workers, workers in research labs, veterinary care workers, and shipping and receiving personnel
Pharmaceutical Workers At-Risk
Workers also may be exposed included those in drug manufacture and sterile compounding of HDs
Best practices using USP <800> Hazardous Drugs â Handling in Healthcare Settings and <797> Pharmaceutical Compounding
Hazards of Occupational Exposure
Chronic effects
Cancer
Developmental or reproductive toxicity
Genotoxicity: Changes to chromosomes 5 or 7
Harm to organs: Liver and kidney
Acute effects
Nausea
Rashes
Hair loss
Hearing loss
Cardiac and hematopoietic effects
Hazardous Drugs: Carcinogens
Known human carcinogens
Probable human carcinogens
Possible human carcinogens
Hazardous Drugs: Carcinogens
Non-melanoma skin cancer [1.5-fold increase, pharmacy techs] (Hansen & Olsen, 1994)
Excess leukemia [OR=1.9, nurses] (Blair, et al., 2001);[MOR=2.3, nurses & pharmacists] (Petralia, et al., 1999)
Overall increased occurrence of cancer [OR = 3.27, nurses] (Martin, 2005)
Reproductive Issues
Longer time to conceive (OR = 0.8)
Infertility (OR = 1.42)
Spontaneous abortion (2-3.5 fold increase)
Premature labor (OR = 2.98)
Pre-term birth (OR = 5.56)
Learning disabilities in offspring (OR = 2.56)
Recent study of nurses (Lawson, 2012) documented statistically significant excesses of spontaneous abortion in nurses with first trimester HD exposure
Many HDs are known to enter breast milk, and possess hazard warnings from FDA
Reproductive and developmental issues
NIOSH proposed that employees who are pregnant or actively attempting to conceive with the option of alternative work assignments that donât involve HD handling
Many of the HDs are known to enter breast milk, and possess hazard warnings from FDA
Routes of Exposure
Dermal exposure
Direct drug contact
Contact with contaminated surfaces
Contact contaminated body fluids
Injection
Sharps
Breakage
Inhalation of drug aerosol â dust or droplets
Ingestion via contaminated surfaces
Food, gum
Hand-to-mouth transfer
Inhalation: Aerosols and vapor
Exposure: Drug Preparation
Unpacking / stocking hazardous drugs
Handling drug vials
Breaking open ampoules
Reconstituting / mixing drugs
Expelling air or HDs from syringes
Transferring drugs from one container to another
Needle sticks
Crushing oral forms
Contacting HD residue present on PPE or other garments
Follow the 500 Dalton rule for skin penetration â small molecules can penetrate skin barrier but larger molecules >500 Daltons cannot be absorbed.
Exposure: Drug Disposal
Handling contaminated materials
Used IV equipment
Drug residue
Used personal protective equipment
Collection and transport of drug waste from administration site to disposal site
Reaching into waste containers
Using wrong containers
Over-full containers
Exposure: Contaminated Excretions
Variable HD excretion: hours to days 48 hours average)
Handling body fluids of HD patients
Urinals / urine
Bedpans / stool
Emesis basins / emesis
Sweat (?)
Flushing toilets
Linen contaminated with bodily fluids
Cross-contamination of building surfaces
Environmental Contamination
8% positive wipe samples on HD deliver (elevator button)
61% positive wipe samples on HD preparation (pens)
33% positive wipe samples on AD administration (IV pumps)
17% positive wipe samples on HD waster (elevator button)
Surface contamination studies show engineering controls and work practices donât always work
Drug handling activities such as reconstitution, transfer between containers, spiking and unspiking IV containers, priming IV tubing, and connecting or disconnecting syringes from injection ports may result in leakage and surface contamination
Leaks also occur during the transfer of drug from one container to another. Since contamination has been found on the outside of BSCs
One study measured floor contamination with fluorouracil and ifosfamide after the renovation and cleaning of a pharmacy
NIOSH Survey of Self-Reported Work Practices (2011):
Failure to wear nonabsorbent gown with closed front and tight cuffs (42%)
Intravenous tubing primed with antineoplastic drug by respondent (6%) or pharmacy (12%)
Potentially contaminated PPE taken home (12%)
Spill/leak administering antineoplastic drug (12%)
Failure to wear gloves (12%)
Lack of hazard awareness training (4%)
The most common reason for not wearing PPE was âskin exposure was minimalâ.
Objectives of Drug Safety Plan
Evaluate workplace to assess all health and safety hazards and risk,
Environmental wipe sampling is a relatively new approach used to determine the level of workplace contamination by antineoplastic agents,
Regularly review the inventory of hazardous drugs, equipment, and work practices,
Conduct regular training reviews with all potentially exposed workers,
Implement a program for safely handling hazardous drugs at work and review program annually,
Objectives of Drug Safety Plan
Establish procedures and provide training for handling hazardous drugs safely, cleaning up spills, and using respirators and PPE properly,
Establish work practices related to both drug manipulation techniques and to general hygiene practices - not permitting eating or drinking in areas where drugs are handled (the pharmacy or clinic),
Develop workplace procedures for using and maintaining all equipment that functions to reduce exposure - ventilated cabinets, closed system drug-transfer devices, needleless systems, and PPE.
Medical Surveillance
Pre-placement medical examinations collecting medical, family and occupational histories
Periodic medical examinations with a review of reproductive issues
Post-exposure examinations to evaluate short-term reproductive issues
Exit examinations to collect information on reproductive health
Exposure-health outcome linkage to work tasks and work practices via inspections, surveys and audits
Reproductive issues that focus on everything from capacity for conception to birth outcomes
Most valuable test in a laboratory assessment is a Complete Blood Count (CBC) with differential.
Other lab testing (liver function, blood urea nitrogen, creatinine, and urine dipstick for blood)
Tests conducted at the discretion of the physician, as a function of the medical history, or formal medical surveillance with well-defined goals
Measure of genetic effects (i.e., chromosomal aberrations, micronuclei, or other genotoxic markers) are not recommended in routine exams
The medical, reproductive, and exposure history should be updated on a periodic basis, every one to three years, although many employees are reluctant to divulge details of reproductive history.
Another approach is to administer the history annually but use the health and exposure history responses to guide the interval for physical exam and laboratory studies.
A primary purpose of the examinations is to explore adherence and identify obstacles to good work practices.
The interval between exams of individual workers depends on the opportunity for exposure, the duration and intensity of exposure, and (possibly) the age of the worker.
The worker's health and exposure history may also influence the decision of the occupational medicine physician. Careful updating of an individual's routine drug handling history and any acute accidental exposures are made.
The physical examination and laboratory studies follow the format outlined in the pre-placement examination (McDiarmid, 1990).
The periodic examination may also be incorporated into an existing, broader, periodic health assessment for an organization's healthcare workers rather than function as a "stand-alone" program.
Post-exposure evaluations are tailored to the type of exposure (e.g., spills or needle sticks from syringes containing HDs).
An assessment of the extent of exposure is made and included in the confidential database (discussed below) and in an incident report.
The physical examination focuses on the involved area of the body, as well as other organ systems commonly affected (i.e., for a spill, the skin and mucous membranes of the affected area; for aerosolized HDs, the pulmonary system).
Treatment and laboratory studies follow as indicated and should be guided by emergency protocols.
Recordkeeping
Employee exposure records, including workplace monitoring, biological monitoring, and SDSs, as well as employee medical records related to drugs posing a health hazard, must be maintained and access to them provided to employees in accordance with 29 CFR 1910.1020
Records created in connection with HD handling shall be kept, transferred, and made available for at least 30 years, and medical records shall be kept for the duration of employment plus 30 years.
Training records should be created, and include the following information:
Dates, contents or a summary of the training sessions;
Names and qualifications of persons conducting training; and
Names and job titles of persons attending the training
PPE â gowns and gloves must be disposable
Unfortunately, the Medical surveillance recommendations are not required: listed as âshouldâ in USP <800>, meaning best practice
Washington state took years in the rule-making process and phased-in requirements, beginning in 2015.
Californiaâs requirements apply only to antineoplastic hazardous drugs.
North Carolina got bogged down in rulemaking and ended up doing essentially nothing.
New Jerseyâs law: âthe standards and regulations adopted âŚshall be based on the most recent recommendations set forth by the National Institute for Occupational Safety and Health.â
Michigan and Maryland are looking at state-level OSHA regulations as a way to address the issue â both have been in progress for over 2 years.
Strong opposition exists to many of the recommendations made by NIOSH and USP. For instance, physician-owned infusion practices state that some recommendations would put them out of business, and therefore they should be carved out.
Progress â yes â but challenges exist when requirements vary from one state to another.
Things that interfere with implementing the standards
âUnavailability, inconvenience, expense, difficulty, or time consuming nature of a particular actionâ (Pender, et al., 2006, p. 53)
Knowledge deficit regarding HD health risks and policy requirements
PPE- hot and time consuming to apply
Waste containers overfilled and some had broken foot pedals/lids
Supplies not readily available
Staff felt they were too busy to leave work area to eat and drink
Of the 217 HDs on the NIOSH 2016 list
Example Drugs from table 2 & 3
Avoiding HD exposure requires attending to the kinds of handling activities that might result in opportunities for exposure. This kind of thought process is not usual in the nursing actions associated with medication administration.
Patient safety is the focus, not nurse safety. Leaking of IV fluids raises concerns for interruption of treatment more than the risk of nurse exposure. Of maintaining sterility of infusion drugs â not avoiding contact with the drugs
Without specific education and training, nurses do not âknowâ about exposure risk.
If safety were free, no one would question these recommendations.
MP: discuss climate
MP:
It takes time to:
Locate and access safety equipment/PPE
Don gowns, gloves, and use safety equipment, such as closed system transfer devices
Amount of time relates to:
Number of HD doses
Number of patients treated
Number of staff involved in process
Language has power
Obtain buy-in from organizational leadership
Educate/ inform â YOU are the experts here. Administrators do not know about safe handling standards, but they do know about Quality improvement.
According to a recent literature review by Crickman and Finnell: There are five major strategies that have been found to reduce HD exposure: engineering controls, PPE, medical and environmental monitoring, hazard identification, and the need for a comprehensive HD control program. The USP Chapter 800 standards describe the components of a comprehensive program
Structure: equipment, qualified healthcare personnel (needed to provide care)/ staffing, skill mix
Process â the actual provision of care, reflected by standards of care (or protocols,) prompt intervention
Outcomes: clinical endpoints (could be satisfaction, improvement in health, etc.)/ results of care/ processes. Often outcomes are far in future, so look at proximate points
Basis for Continuous Quality Improvement (CQI) in healthcare;
Examples from hospital QI? For each?
Depends on what is being studied.
Structure: hours per patient day/ skill mix . ACOS Cancer program accreditation: percent of oncology certified nurses; presence of oncology nurse as manager/director of program. % of physicians in a state who send prescription information to a pharmacy electronically; Number of productive hours worked by nursing staff with direct patient care responsibilities per patient day
Process: Specific steps in providing care. Steps known to benefit patients when followed correctly. âAll patients are assessed on admission for immunization statusâ For pneumonia ; timing of initial dose of antibiotics; % of patients leaving the hospital who had a full, updated list of medication sent to their primary care provider within 24 hours
Outcomes: Results of care - % of a health planâs member who are maintaining their blood pressure within a healthy range (time frame)
Notice: all looked at in aggregate â population level â which doesnât tell us anything necessarily about an individualâs care.
In healthcare settings, these components have been suggested as indicators of a positive safety climate: one in which employee safety is valued as much as patient safety
Process to identify how to get from where you are to where you want to be
âwhat isâ versus âwhat should beâ
This may be the way you get buy-in from leadershipâby demonstrating lack of compliance. Any organization
Previously unknown exposures/risk become widely known (~1985)
High profile exposures in the news â Ryan White (died of AIDS contracted from blood transfusions for hemophilia; Karen Daley, RN contracted AIDS from needlestick injury; Dentist in FL
Needlestick Safety and Prevention Act (2000)
New OSHA Bloodborne Pathogens Standard
Requirements for engineering controls (safer medical devices)
Required Recordkeeping