Chapter 2 Safety: Patient And Cllinical Laboratory Practices Flashcards

1
Q

LAI

A

Laboratory acquired infections

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2
Q

(OSHA- mandate plans)
Chemical hygiene plan

A

The cores of the OSHA safety standard

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3
Q

(Osha-mandated plans)
Hazard communication

A
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4
Q

The Joint Commission National Patient Safety Goals 2017
◦ Correctly identify a patient

A

the using the patient’s name and birth date.
◦ Improve staff communication to ensure getting important test results to the right staff person on time. Prevent infection by using CDC or WHO guidelines.

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5
Q

Six Goals of US Institute of Medicine (IOM) for Health Care Delivery

A

1.Safety - this goal focuses on avoiding injuries from care delivered to the patient (avoiding preanalytic, analytic, postanalytic errors).
2.Timeliness - reduction in the length of time or delays in providing or receiving care (POCT, TAT)
3.Effectiveness -stresses the avoidance of underuse, overuse, and misuse of laboratory testing.
4.Efficiency –aims to reduce or avoid waste (all testing phases). 5.Equitable treatment –the need to provide consistent quality of care
regardless of gender, ethnicity, socioeconomic class, or geographic location.
6.Patient-centered focus – the need to provide respectful care that is responsible to diversified patients (lab answering patient questions and communicating pertinent information to them

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6
Q

ASCLS Patient Safety Indicators
Preanalytical

A

1.Patient identification
◦ Phlebotomy-associated negative events ◦ Specimen identification
◦ Order entry
◦ Specimen integrity
◦ Effective use of the clinical laboratory
2.Analytical
◦ Verification of the accuracy of abnormal results
3.Postanalytical
◦ Communication of test results ◦ Effective use of test results
◦ Outcomes of laboratory testing

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7
Q

Communications

A

oThe need for clear communication is imperative.
oAvoiding direct communication of an error that harmed a patient is unacceptable. Avoidance lowers or removes the urgency for quality improvement.
oTaking time to communicate will help ensure patient safety.

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8
Q

Mitigating Patient Risk

A

Preparation for information technology outages Planned outages for updates or upgrades
Unexpected failures or impairments with an unknown length of downtime
The initial step toward managing IT downtime is to have a clear activation and communications plan with established guidelines for initiating downtime protocols.
◦ Share protocols with patient care areas.
◦ A single laboratory contact creates an organized approach. ◦ Focus on reporting critical information.
◦ Clear communication throughout is essential.
◦ Conduct a critique after the outage.

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9
Q

Laboratory Safety
1. Most laboratory accidents are preventable by

A

by exercising good technique, staying alert, and using common sense.

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10
Q

Laboratory safety includes Occupational Safety and Health

A

Administration (OSHA) standards and CDC guidelines.

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11
Q

Ergonomics is a .

A

safety issue.

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12
Q

Safety Standards and Governing Agencies

A

Safety Standards
US Department of Labor’s Occupational Safety and Health Administration (OSHA)
Clinical and Laboratory Standards Institute (CLSI)
Centers for Disease Control and Prevention (CDC), part of the US Department of Health and Human Services (DHHS), US Public Health Service
College of American Pathologists (CAP) The Joint Commission (TJC)

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13
Q

US Department of Labor’s Occupational Safety and Health Administration

A

(OSHA) = occupational safety and health administration

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14
Q

Clinical and Laboratory Standards Institute

A

CLSI

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15
Q

Centers for Disease Control and Prevention

A

, CDC part of the US
Department of Health and Human Services (DHHS), US Public Health Service

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16
Q

College of American Pathologists

A

(CAP) The Joint Commission (TJC)

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17
Q

TJC

A

The Joint Commission

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18
Q

The Joint Commission

A

TJC

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19
Q

Department of Health and Human Services

A

DHHS , US Public Health Service

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20
Q

DHHS

A

Department of Health and Human Services

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21
Q

Most laboratory accidents are preventable by exercising good technique, staying alert, and using common sense.

A

➢Laboratory safety includes Occupational Safety and Health Administration (OSHA) standards and CDC guidelines.
➢Ergonomics is a safety issue.

22
Q

US Department of Labor’s Occupational Safety and Health Administration (OSHA)

A

Clinical and Laboratory Standards Institute (CLSI)
Centers for Disease Control and Prevention (CDC), part of the US Department of Health and Human Services (DHHS), US Public Health Service
College of American Pathologists (CAP) The Joint Commission (TJC)

23
Q

Safety Standards and Governing Agencies
National Health Care Safety Network (NHSN)

A

Safety Standards and Governing Agencies
National Health Care Safety Network (NHSN)
◦ This new voluntary system integrates a number of surveillance systems and provides data on devices, patients, and staff.
◦ The NHSN expands legacy patient and health care personnel safety surveillance systems managed by the Division of Health care Quality Promotion (DHQP) at CDC.

24
Q

National Health Care Safety Network (NHSN)

A

NHSN

25
Q

The National Nosocomial Infections Surveillance System of the CDC survey showed that the highest rates of infection

A

occurred in the burn ICU, the neonatal ICU, and the pediatric ICU.

26
Q

Risk factors for the invasion of colonizing pathogens can be categorized into the following three areas:

A

◦ Iatrogenic risk factors
◦ Organizational risk factors ◦ Patient risk factors
Nosocomial infections are estimated to occur in 5% of all acute care hospitalizations.

27
Q

Occupational Safety and Health Administration Acts and Standards

A

ccupational Safety and Health Administration Acts and Standards
◦ Occupational Safety and Health Act of 1970
◦ Hazard Communication Standard (1988)
◦ Safety officer: staff orientation and periodic updating
◦ Safety coaches are volunteers who assume additional job responsibilities. ◦ OSHA-Mandated Plans
◦ All clinical laboratories must implement a chemical hygiene plan (CHP) and an exposure control plan. A copy of the safety data sheet (SDS) must be on file and readily accessible and available to all employees at all times.

28
Q

Chemical Hygiene Plan
◦ The core of the OSHA safety standard Hazard Communication Standard

A

◦ Requires that the chemical manufacturer, distributor, or importer provide SDSs, formerly material safety data sheets (MSDSs), for each hazardous chemical to downstream users to communicate information on these hazards
Occupational Exposure to Bloodborne Pathogens
◦ Requires that laboratories:
◦ Develop, implement, and comply with a plan that ensures the protective safety of
laboratory staff to potential infectious bloodborne pathogens ◦ Manage and handle medical waste safely and effectively

29
Q

Major changes to the standard in 2012 include: Hazard classification
Provides specific criteria to address health and physical hazards as well as classification of chemical mixtures
Labels

A

Chemical manufacturers and importers must provide a label that includes a signal word, pictogram, hazard statement, and precautionary statement for each hazard class and category.
Safety data sheets
SDS information is mostly the same as the MSDS, except the SDSs are required to be presented in a consistent, user-friendly, 16-section format.

30
Q

The OSHA-mandated program, Occupational Exposure to Bloodborne Pathogens, requires that laboratories:

A

◦ Manage and handle medical waste in a safe and effective manner
◦ Develop, implement, and comply with a plan that ensures the protective safety of laboratory staff to potential infectious bloodborne pathogens
◦ All employees who handle hazardous material and waste must be trained to use and handle these materials. Chemical hazard education sessions must be presented to new employees and conducted annually for all employees.
◦ Each laboratory is required to evaluate the effectiveness of its plan at least annually and to update it as necessary.

31
Q

The CDC also recommends safety precautions concerning the

A

handling of all patient specimens, known as Standard Precautions.

32
Q

OSHA has also issued guidelines for the laboratory worker in regard

A

to protection from bloodborne diseases spread through contact with patient specimens.

33
Q

CDC provides recommendations for treatment afte

A

.
occupational exposure to potentially infectious material.
These agencies are working to reduce the risk of exposure of health care workers to bloodborne pathogens

34
Q

Category A:

A

Pathogens that are rarely seen in the US. These agents have the highest priority; organisms in this category pose a risk to national security .

35
Q

Category B:

A

: These agents have the second-highest priority and include pathogens that are moderately easy to disseminate.
Category C: These agents have the third-highest priority and include emerging pathogens that could be engineered for mass dissemination in the future.

36
Q

Category C:

A

These agents have the third-highest priority and include emerging pathogens that could be engineered for mass dissemination in the future.

37
Q

Laboratory-acquired infections

A

◦ Most frequent routes of exposure and accidental inoculation are inhalation, percutaneous inoculation, contact between mucous membranes and contaminated material, and ingestion.
Bloodborne pathogens

38
Q

An occupational exposure is a percutaneous injury

A

(e.g., needlestick or cut with a sharp object) or contact by mucous membranes or nonintact skin (especially when the skin is chapped, abraded, or affected with dermatitis or the contact is prolonged or involves an extensive area) with blood, tissues, blood-stained body fluids, body fluids to which Standard Precautions apply, or concentrated virus.

39
Q

The likelihood of infection after exposure to blood infected with

A

hepatitis B virus (HBV) or human immunodeficiency virus (HIV) depends on a variety of factors:

40
Q

The concentration of HBV or HIV virus; viral concentration is higher for HBV than for HIV.

A

◦ The duration of the contact
◦ The presence of skin lesions or abrasions on the hands or exposed skin of the
health care worker
◦ The immune status of the health care worker for HBV
Most exposures do not result in infection.

41
Q

Safety Audit

A

Laboratory coats. Clean coats must be separated from coats that are being used.
➢Fire extinguishers should be in date and not expired.
➢Biosafety cabinets and hoods need to be certified annually.
➢Eyewash stations and safety shower equipment need to be within 100 feet or no more than a 10-second walk from hazardous chemicals.
➢Chemicals must be inventoried annually.
➢Safety data sheets need to be available as hard copy or electronically within 5 minutes of a request.

42
Q

Infectious waste

A

◦ Must be discarded in proper biohazard containers, which should have the following characteristics:
◦ Conspicuously marked “Biohazard” and bear the universal

43
Q

Radioactive waste

A

◦ The Nuclear Regulatory Commission regulates radioactive waste disposal. Waste associated with the radioimmunoassay (RIA) laboratory must be disposed of with special caution.

44
Q

biohazard symbol..

A

Display the universal color: orange, orange and black, or red.
◦ Rigid, leakproof, and puncture resistant; cardboard boxes lined with leakproof plastic bags are available. Used for blood, certain body fluids, and for disposable materials contaminated with blood and fluids.

45
Q

Most laboratories generate at least three major types of waste streams:

A

◦ Nonregulated waste
◦ Regulated medical waste (RMW) ◦ Chemical waste

46
Q

The RMW is divided into two groups: ◦ Biohazard waste

A

◦ Biohazard sharps
The control of infectious, chemical, and radioactive waste is regulated by various government agencies, including OSHA and the US FDA.

47
Q

OSHA regulations apply to human blood, human infectious waste, and human pathologic waste.

A

◦ States often expand the definition of medical waste or blood to include animals.
Biohazard containers

48
Q

Plastic bags are appropriate for disposal of most infectious waste materials,

A

but rigid, impermeable containers should be used for disposal of sharps and broken labware.

49
Q

Body fluid specimens, including blood, must be placed

A

in well-constructed biohazard containers with secure lids to prevent leakage during transport and for future disposal.
Biohazard bags

50
Q

Most laboratories generate at least three major types of waste streams:

A

◦ Nonregulated waste
◦ Regulated medical waste (RMW) ◦ Chemical waste

51
Q

The RMW is divided into two groups: ◦ Biohazard waste
◦ Biohazard sharps

A

The control of infectious, chemical, and radioactive waste is regulated by various government agencies, including OSHA and the US FDA.