Project details

HumArGam: Legal aspects of the generation, genetic modification and use of pluripotent stem cell-derived human gametes

The generation of iPSC-derived gametes, their genetic alteration, and their use for research, therapeutic or reproductive purposes raise intriguing and fundamental legal questions. Researchers from the University of Passau examine these in an interdisciplinary team.

Somatic cells can be reprogrammed into induced pluripotent stem cells (iPSC). In light of recent experiments, it might be possible to differentiate human iPSC into human gametes, i.e. sperm cells and oocytes (iPSC-derived gametes). In addition, such gametes could be genetically modified easily, precisely and efficiently applying innovative molecular techniques.

The generation of iPSC-derived gametes, their genetic alteration, and their use for research, therapeutic or reproductive purposes raise intriguing and fundamental legal questions which have not been systematically identified and comprehensively explored so far. Researchers from the University of Passau examine these questions in an interdisciplinary team.

"Naturalness" as a legal argument?

Constitutional problems will arise, e.g., with regard to human dignity, physical integrity, reproductive self-determination and data protection. On the level of ordinary laws, e.g., the Embryo Protection Act (EPA), the Medicinal Products Act (MPA) and the Patent Act (PA) will play a decisive role. A recurrent topic will be the basis and persuasiveness of "naturalness" as a legal argument. In close interdisciplinary collaboration with the ethical and biological subprojects, the legal subproject will screen, and recommend appropriate amendments to the current legal framework taking into account foreign regulatory frameworks and international instruments.

The legal subproject will analyze in-depth the legal issues surrounding the generation, modification and use of human iPSC-derived gametes. It will thoroughly and comprehensively systemize and answer the enormous variety of legal questions. Findings and insights of the ethical and biological subprojects will be directly relevant for the exhaustive scrutiny of the arising legal problems.

Hypotheses

The legal analysis will draw on two central hypotheses:

Functional human gametes can be derived from iPSC which can be obtained by the reprogramming of somatic cells.
CRISPR/Cas9 or TALEN form efficient high-precision tools for the genetic modification of iPSC, iPSC-derived primordial germ cells (PGC), and iPSC-derived gametes.

Objectives

The legal subproject pursues the following four overall objectives:

comprehensive identification of the legal issues,
in-depth analysis of the legal issues,
critical review of the existing legal framework in light of the aforementioned analysis,
concise design of an appropriate legal framework on the basis of that review.

The field of legal research will be marked, for the time being, by four aspects which feature specific characteristics of iPSC-derived gametes: "artificiality", "availability", "usability", "manipulability".

Expected results

The thorough analysis of the legal issues will allow for a critical review of the current legal framework applicable to the generation, modification and use of iPSC-derived gametes. The expected results of that review will be in essence:

the identification of
(a) provisions coping appropriately with the legal issues and
(b) of intolerable gaps within the current legal framework, and
recommendations how to fill these lacunae for the purpose of establishing a coherent legal framework addressing all the relevant legal issues.

Participation

Prof. Dr. Dr. Thomas Heinemann, holder of the Chair of Ethics, Theory and History of Medicine at the College of Philosophy and Theology Vallendar (PTHV), coordinates the interdisciplinary research team. Prof. Dr. Tobias Cantz, Member of, and Work Group Leader within, the Excellence Cluster REBIRTH at the Hannover Medical School, contributes findings from developmental biology and stem cell-based medicine. The Federal Ministry of Education and Research (BMBF) supports the project.

Principal Investigator(s) at the University	Prof. Dr. Hans-Georg Dederer (Lehrstuhl für Staats- und Verwaltungsrecht, Völkerrecht, Europäisches und Internationales Wirtschaftsrecht)
Project period	01.06.2016 - 31.05.2019
Website	http://www.jura.uni-passau.de/dederer/bmbf-projekte/bmbf-projekt-iii/
Source of funding	BMBF - Bundesministerium für Bildung und Forschung
Projektnummer	01GP1604B
Themenfelder	Rechtswissenschaften, Geschichte der Medizin, Rechtswissenschaften, Medizin, Medizin