Select three of the five following areas of research, and identify one ethical issue that is controversial or subject to opposing opinions in each of the three chosen areas. Briefly describe the controversy or opposing viewpoints for these three issues, with reference to the ethical principles or values involved.
x Bio-medical research on humans
x Pre-clinical research (animal or in-vivo)
x Animal health research
x Field studies
x Manufacture, packaging and handling of investigational medicinal products
For one of the three selected areas, critically evaluate how the applicable laws, regulatory requirements and guidelines address public concerns about the identified ethical issue and the extent to which these achieve a balance between ethical and scientific concerns.
Table of Contents
1 Coursework Assignment / Section 1 Ethics
2 Selection of Research Areas/ Ethical Issue
3 Introduction
3.1 Genetically Engineered Drugs
3.2 Genetically Modified Organisms in Field Studies
3.3 Genetic Testing in Humans
4 The Sensitivity of Human Genetic and Proteomic Data in Bio-medical Research
4.1 Prenatal Diagnostics
4.2 Genetic Research
5 Conclusion
6 References
Objectives and Research Focus
This coursework assignment aims to explore complex ethical dilemmas within contemporary biomedical research by critically evaluating how legal frameworks and regulatory requirements address the tension between scientific advancement and ethical responsibilities towards human dignity and life.
- Ethical controversies in medical manufacturing and field research.
- The sensitivity and protection of human genetic and proteomic data.
- Legal and ethical conflicts surrounding prenatal diagnostics.
- Requirements for informed consent and genetic counseling in clinical settings.
- The balance between freedom of research and public ethical concerns.
Excerpt from the Book
3.1 Genetically Engineered Drugs
Is it ethically arguable to manufacture genetically engineered drugs? Those drugs are generally accepted due to their positive risk / benefit evaluation. They are broadly used for the treatment of various diseases, e.g. cancer, diabetes, cardiac infarction or as vaccines [7, 8].
Obviously, the advantages are:
ÿ High purity and tolerability of the obtained drugs,
ÿ The production of reasonable amounts,
ÿ The reduction of manufacturing expenses, and
ÿ The decrease of risk of infections [9, 10, 11].
However, there are risks to overestimate the efficacy of genetically engineered drugs, to induce autoimmune diseases by genetically modified human proteins due to deactivating the body’s defences and even risks of abuse, e.g. erythropoietin used as a drug to increase physical performance in sports [11, 17]. If not thoroughly manufactured they may also pose a risk to health, e.g. contaminated L-tryptophan produced by the Japanese company Showa Denko [12].
Summary of Chapters
1 Coursework Assignment / Section 1 Ethics: Outlines the requirements for selecting and discussing ethical controversies in three specific areas of biomedical research.
2 Selection of Research Areas/ Ethical Issue: Defines the specific research areas chosen for the assignment, focusing on medicinal products, field studies, and human biomedical research.
3 Introduction: Discusses the overarching need for a risk/benefit evaluation in research, guided by the ethical principle of doing good and avoiding harm.
3.1 Genetically Engineered Drugs: Analyzes the benefits and potential risks of genetically engineered pharmaceuticals.
3.2 Genetically Modified Organisms in Field Studies: Examines the regulatory requirements and public concerns regarding the environmental impact of genetically modified organisms.
3.3 Genetic Testing in Humans: Addresses the ethical requirements for collecting and storing genetic data, emphasizing individual rights and informed consent.
4 The Sensitivity of Human Genetic and Proteomic Data in Bio-medical Research: Explores the public debate surrounding the ethical implications of advancing biosciences.
4.1 Prenatal Diagnostics: Discusses the conflict between the right to life of the unborn and parental self-determination.
4.2 Genetic Research: Evaluates the necessity of informed consent and the importance of data protection in the field of pharmacogenetics.
5 Conclusion: Summarizes the importance of balancing rapid scientific progress with robust legal and ethical standards to ensure the protection of human dignity.
Keywords
Bioethics, Genetic Engineering, Informed Consent, Prenatal Diagnostics, Biomedical Research, Pharmacogenetics, Data Protection, Regulatory Requirements, Human Dignity, Risk-Benefit Analysis, Genetic Counseling, Environmental Safety, Human Proteomics, Medical Ethics, Biotechnology.
Frequently Asked Questions
What is the core objective of this assignment?
The primary goal is to analyze ethical controversies in biomedical research and evaluate how current laws and guidelines balance scientific advancement with ethical responsibilities.
Which research areas are examined in this work?
The assignment focuses on the manufacture of medicinal products, field studies involving genetically modified organisms, and biomedical research on humans.
What is the underlying ethical principle mentioned?
The work emphasizes the principle of "Do good! Do no harm!" and the imperative to protect human dignity and the freedom of all organisms.
How is the ethical sensitivity of human genetic data addressed?
It highlights the need for transparent procedures, informed consent, and strict data protection to prevent discrimination and safeguard individual privacy.
What is the main challenge identified in prenatal diagnostics?
The central challenge is the conflict between the mother's right to self-determined maternity and the ethical status of the unborn child.
What methods are discussed regarding patient protection?
The author highlights the necessity of voluntary participation, extensive information for participants, and the guaranteed right to withdraw consent at any time.
Why are genetically engineered drugs considered a complex ethical issue?
While they offer significant medical benefits, they carry risks such as autoimmune reactions, potential abuse, and health hazards due to manufacturing errors.
What role does the public play in these ethical debates?
The text argues that scientists and politicians should involve the public in decision-making processes, as demonstrated by initiatives like the "Aktion Mensch" project.
- Quote paper
- Konstanze Frank (Author), 2004, Principles and Practices of Research Quality Assurance - Ethics, Munich, GRIN Verlag, https://www.grin.com/document/41151
