L11 ethics Flashcards

1
Q

Use of animals in teaching

A
  • The 3 Rs in Pharmacology practicals
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2
Q
  • The 3 Rs in Pharmacology practicals
A

– Replacement - alternatives to animals considered / adopted
* computer simulations, biochemistry
– Reduction – minimise number of animals used
* staff perform dissections
– Refinement - minimise pain & distress, enhance wellbeing
* experienced staff
* experiment design
* environmental enrichment

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3
Q

– Replacement -

A

alternatives to animals considered / adopted * computer simulations, biochemistry

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4
Q

– Reduction

A

– minimise number of animals used
* staff perform dissections

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5
Q

– Refinement

A
  • minimise pain & distress, enhance wellbeing
  • experienced staff
  • experiment design
  • environmental enrichment
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6
Q

Use of animals in teaching: alternatives

A
  • Computer simulations: work and fast response but forgettable
  • Biochemistry-type experiments: tissue culture and test tubes
  • Plastination: tissue with plastic polymer.
  • Filmed practicals
  • Demonstrations
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7
Q
  • Computer simulations
A

– always ‘work’, fast response, convenient
– ‘forgettable’,  understanding of biological systems

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8
Q
  • Biochemistry-type experiments
A

– cell culture, test tube

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9
Q
  • Plastination
A

– biological tissue specimens preserved with plastic polymer – plastinated specimens retain tissue textures and structures

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10
Q

Moral reasoning in the conduct of science

A
  • Sensitivity
  • Reasoning
  • commitment
  • perseverance
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11
Q
  • Moral sensitivity
A

Recognizing potential actions, their impact on others, and how those affected would perceive these actions.

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12
Q

Moral Reasoning:

A

Judging the moral rightness of a course of action.

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13
Q

Moral Commitment:

A

Prioritizing moral values over personal values when making decisions.

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14
Q

Moral Perseverance:

A

Overcoming obstacles to implement the chosen moral course of action.

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15
Q

Principles of bioethics

A
  • Respect for autonomy
  • Non-maleficence
  • Beneficence
  • Justice
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16
Q
  • Respect for autonomy
A

– respect for persons,right to self-determination bioethics

17
Q
  • Non-maleficence
A

bioethics
– an obligation to not inflict harm on others

18
Q
  • Beneficence
A

bioethics
Acting for the benefit of others and society. mercy kindness and charity

19
Q
  • Justice
A

– fairness, equitable treatment

20
Q

Importance of Scientific Integrity:

A

–Scientific knowledge relies on repeated observations and experiments.
–Fabrication or falsification of data can lead to wasted resources, misguided public health policies, and a loss of public trust in science.

21
Q

Shared Values in Science:

A

The sources emphasize honesty, accuracy, efficiency, and objectivity as crucial values for maintaining scientific integrity

22
Q

Rules Governing Scientific Conduct:

A

Professional codes, government regulations, institutional policies, and personal convictions all contribute to guiding ethical scientific practices.

23
Q

National Health and Medical Research Council (NHMR):

A

The NHMR defines scientific misconduct as fabrication, falsification, or plagiarism, excluding honest errors or differences in interpretation.

24
Q

Costs of Misconduct:

A

Corruption of the scientific record, financial costs, damage to reputation, and potential harm to patients and society as consequences of misconduct.

25
Q
  • Fabrication
A

make up results and data

26
Q
  • Falsification
A

manipulating reseach materials and processes or change or omit data so research is not accurately representive

27
Q

Plagiarism

A

Appropriation of anothers ideas without credit.

28
Q

Describe FIVE methods that may be used to falsify results obtained in clinical trials.

A

Trials are too short
Only test on ideal patients
Test drug against somethings that is rubbish like placebo or a low dose of something else
Stopping Trials Early to Exaggerate Results
“Trials that stop late”
Trials that change outcome after finished.