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Gene Editing: A View Through the Prism of Inherited Metabolic Disorders
1a Department of Metabolic Medicine , Great Ormond Street Hospital for Children NHS Foundation Trust , London , UK.
Summary
Gene editing, a new clinical reality, raises ethical questions. Inherited metabolic disorders highlight the need to consider human identity beyond genomic manipulation.
Area of Science:
- Biotechnology
- Genetics
- Bioethics
Background:
- Gene editing technology has advanced to clinical application.
- Inherited metabolic disorders, a class of monogenic diseases, serve as a model for ethical considerations.
- The manipulation of the human genome through selection or editing presents complex ethical challenges.
Purpose of the Study:
- To explore the ethical implications of gene editing technology.
- To examine the significance of the genome and its manipulation.
- To analyze the legislative framework for mitochondrial donation techniques.
Main Methods:
- Review of fundamental questions regarding genome significance and manipulation.
- Focus on the legislative process enabling mitochondrial donation.
- Ethical analysis of gene editing in the context of inherited metabolic disorders.
Main Results:
- Gene editing is now a clinical reality with significant ethical considerations.
- Inherited metabolic disorders provide a paradigm for exploring these ethical issues.
- Legislative processes for techniques like mitochondrial donation are under scrutiny.
Conclusions:
- Decisions on gene editing should be guided by broader definitions of human identity, not solely by technological capability.
- Ethical frameworks must consider non-genomic factors that define humanity.
- Responsible advancement of gene editing requires careful ethical deliberation.
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