PROFESSIONAL ETHICS OF MEDICAL TECHNOLOGY Flashcards

1
Q

Are ethical problems associated with medical practices and bioscience

A

Medical Technology Ethics

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2
Q

brought about by the advances in biotechnology and its power over life and death

A

Ethical Problems

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3
Q
  • presents truths about human acts
    from which the general principle of
    morality is deduced
A

General Ethics

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4
Q

involves the application of the
principles of general ethics in
different departments of human
activity both at the individual and
social levels

A

Special Ethics

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5
Q

concerned with God, self, and fellow
human beings

A

Individual Ethics

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6
Q

concerned with family, the state and
the world

Give examples

A

Social Ethics

● Professional Ethics
● Medical Ethics

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7
Q

A branch of moral science that deals
with how and what a professional
should or should not do in the
workplace

It addresses the question: “What
should I do in this situation?”

A

Professional Ethics

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8
Q

Intended to bind professions more
tightly together around a shared
standard of values
● Knowledge of professional ethics can
guide staff in analyzing assumptions
and arriving at ethical decisions

A

Professional Ethics

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9
Q

WHAT ARE THE OBJECTIVES OF PROFESSIONAL
ETHICS?

A

● Perform duties and responsibilities
objectively in accordance with
relevant standards and guidelines
● Serve in a lawful and honest manner
while maintaining high standards of
conduct and character and not engage
in acts discreditable to the profession
● Maintain the privacy and
confidentiality of information
obtained in the course of duty unless
disclosure is required by a legal
authority. Such information should
not be used for personal benefit or
released to inappropriate parties.
● Maintain competency in respective
fields and agree to undertake only
those activities which one can
reasonably expect to complete with
professional competence.
● Perform tasks with full confidence,
absolute reliability and accuracy.
● Be dedicated to the use of clinical
laboratory science to promote life and
for the benefit of mankind.

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10
Q

A field of applied ethics that studies
moral values and judgements as they
apply to medical technology
● Are a set of norms, values, principles
that serve as guidelines for medical
technology practitioners in making
decisions in clinical settings

A

MEDICAL TECHNOLOGY ETHICS

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11
Q

Patient have the right to
choose what service they
want

A

Autonomy

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12
Q

Practitioner should act in the best
interest of patient for the betterment of the patient

A

Beneficence

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13
Q

we should not inflict
unnecessary harm to the
patients

A

Non-maleficence

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14
Q

concerned with the fair and
equal distribution of health
resources, scarce resources,
supplies, tests etc. without
bias

A

Justice

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15
Q

Care and high regard for the
px. All the necessary needs
for care and information. We
should provide care for others
despite their social standing

A

Respect for dignity

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16
Q

dedication of a person to their job.
What is right should be the one
projected

A

Truthfulness and Honesty

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17
Q

the expression of one’s
responsibility to nurture and
cultivate what has been
entrusted to you

A

Stewardship

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18
Q
  • being on present and on time is
    important because a medical
    practitioner’s job is about life and
    death
A

Punctuality

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19
Q

doing the right thing even if no one
is looking

A

Integrity

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20
Q

prioritizing and valuing your work

A

Commitment

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21
Q

loyalty to our customers,
colleagues, employers

A

Loyalty

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22
Q

WHAT ARE THE VALUES OF MEDICAL TECHNOLOGY?

A

PUNCTUALITY
INTEGRITY
COMMITMENT
HONESTY
LOYALTY

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23
Q

It is a combination of containment
principles, technologies and practices
that, together, help prevent
unintentional exposure to, or release
of, infectious material or toxins that
can cause harm to humans or animals

A

Laboratory Biosafety

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24
Q

●Engineering controls (BSC,
anterooms)
● GLP (Handwashing, spill clean-up)
● PPE’s

25
Protection, control and accountability for valuable biological materials within laboratories, in order to prevent their unauthorized access, loss, theft, misuse, diversion or unintentional release.
Laboratory Biosecurity
26
Threats of biowarfare lead to increased research ● Research facilities built to contain
Biowarfare
27
protects people from biohazards
Biosafety
28
biohazards from people
Biosecurity
29
prevents misappropriation and misuse of potentially harmful biological agents
Biosecurity
30
Risk associated with biological materials
Biorisk
31
Biosafety+Biosecurity Risk=
=Biorisk
32
WHAT ARE THE KEY COMPONENTS OF BIORISK MANAGEMENT?
ASSESSMENT MITIGATION PERFORMANCE
33
Process of identifying the hazards and evaluating the risks associated with biological agents and toxins, taking into account the adequacy of any existing controls, and deciding whatever or not the risks are acceptable
Biorisk Assessment
34
Actions and control measures that are put into place to reduce or eliminate the risks associated with biological agents or toxins
Biorisk Mitigation
35
Improving biorisk management by recording, measuring, and ● evaluating organizational actions and outcomes to reduce biorisk
Biorisk Performance
36
- is an analytical procedure designed to characterize and evaluate safety and security risks in a laboratory
Laboratory biorisk Management
37
Should consider every activity and procedure conducted in a laboratory that involves infectious disease agents.
Laboratory Biosecurity risk Management
38
- Should consider every asset, adversary and vulnerability in an institution and its component laboratories and units.
Laboratory Biosecurity Risk Assessment
39
allows a laboratory to determine the relative level of risk its different activities pose and helps guide risk decisions so these are targeted to the most important risk.
Biorisk Assessment
40
A procedure that analyzes a particular process or situation in order to determine the likelihood and consequences of a certain adverse event.
Biorisk Assessment
41
What are the factors that affect the likelihood or consequences
● Agents properties ● Procedures
42
To conduct a lab biosafety it is impt to gather first information about the lab procedures involving biological agents and toxins, as well as info on the agents and toxins themselves.
Biosafety Risk Assessment
43
a risk assessment should be conducted in a manner which is standardized and systematic allowing it to be repeatable and comparable. ● A risk assessment will determine the degree of the correlation between an agent’s risk group classification and biosafety level
Biosafety Risk Assessment
44
A microorganism that is unlikely to cause human or animal disease
Risk Group 1 (no or very low individual and community)
45
A pathogen that can cause human or animal disease but is unlikely to be a serious hazard or animal disease but is unlikely to be a serious hazard to laboratory workers, the community, livestock or the environment. Laboratory exposures may cause serious infection, Effective treatment and preventive measures are available and the risk of spread of infection is limited
Risk Group 2 (moderate individual risk, low community)
46
A pathogen that usually causes serious human or animal disease but does not ordinarily spread from one infected individual to another. Effective treatment and preventive measures are available
Risk Group 3 (high individual risk, low community risk)
47
A pathogen that usually causes serious human or animal disease and that can be readily transmitted from one individual to another, directly, or indirectly. - Effective treatment and preventive measures are not usually available
Risk Group 4 (High individual and community risk)
48
good microbiological technique
GMT
49
biosafety cabinet
BSC
50
Characterize biosecurity risk by an in-depth analysis of laboratory assets, potential adversaries and laboratory vulnerabilities
Biosecurity risk assessment
51
Determining the ease or difficulty or malicious use (Likelihood)
Asset Characterization
52
Asset Characterization should involve the following
● The difficulty of acquiring the agent ● The difficulty of expressing the agent into a suitable quantity in a suitable form ● The difficulty of disseminating the agent to cause harm ● Determining the potential consequences of the malicious use (consequences) ● Should involve the following: ● The physical impact of an attack on a population ● The impact of an attack on the economy ● The impact of changes in public perception ● The impact on facility operations
53
Process of determining specific attributes of potential adversaries that enable them to pose a threat to a biological agent or toxin ● “Aka Threat Assessment” ● Determining the risk by assessing potential adversaries with regards to ● Motive ● Means ● Opportunity ● Work through possible scenarios
Adversary Characterization
54
Risk evaluation and acceptance can vary with culture, experience, resources, management, and even current events.
Acceptable Risk
55
Process of determining specific attributes of potential adversaries that enable them to pose a threat to a biological agent or toxin
Adversary Characterization
56
"Aka Threat Assessment"
Adversary Characterization
57
If an institution finds a particular risk unacceptable, it will either cease the work resulting in that unacceptable risk, or will find ways to mitigate the risk to a more acceptable level.
Risk Evaluation
58
it is an analytical procedure designed to characterize security risks.
biosecurity risk assessment
59
allows an institution and its component units to determine the relative level of security risk they face, and helps guide risk mitigation decisions so these are targeted to the most important risks.
biosecurity risk assessment