Cut. Paste. Cut. Paste.
It鈥檚 one thing to move around pieces of content in an essay, or a website. It鈥檚 another to do so with the very building blocks of life.
That鈥檚, essentially, what some gene editing involves. It's an innovative, developing area of science that manipulates genetic material inside human cells. It鈥檚 been researched for decades, but in recent years it鈥檚 sparked significant interest and debate in the world of biological science.
Next week, on Monday, November 28, Halifax will have the chance to hear from leading experts in that debate at an half-day symposium held in the Sir Charles Tupper Building (Theatre D) on Dal鈥檚 Carleton campus.
鈥淗uman Gene Editing: At the Cutting Edge,鈥� organized by the Impact Ethics research group, is co-sponsored by the Royal Society of Canada (Atlantic Chapter) and Canadian Women in STEM (Science, Technology, Engineering & Mathematics). Fittingly, the daytime agenda features all female presenters, led by co-moderators Fran莽oise Baylis and Paola Marignani 鈥� both faculty members at 蘑菇AV. There will be presentations on the relevant science, patents, literature and ethics.
鈥淥ne of the things I think is unique about this symposium is that it is truly interdisciplinary,鈥� says Dr. Baylis, Canada Research Chair in Bioethics and Philosophy. 鈥淲e have scientists, but we also have others who will be speaking about the legal issues around patenting and about the way in which we might think of [gene editing] in terms of literature and science fiction.鈥�
In addition to the public symposium, the day鈥檚 events also include a public screening of the 1997 sci-fi film Gattaca in the evening, followed by an expert-led Q&A panel about human gene editing with Dr. Baylis, Dr. Marignani and Dal English prof Jason Haslam. Topics up for discussion include: the procedures in place for genetic testing and screening, disease control and prevention, the CRISPR/Cas9 genome-editing tool, and associated social and ethical issues.
Considering the issues
Experimentation in the cutting-edge field of gene editing can involve silencing, disrupting or completely removing certain genes that are seen as deleterious or harmful. Conversely, pieces of DNA that are seemingly advantageous to the cellular organism 鈥� such as enhanced immune cells to fight cancer 鈥� can also be inserted or re-organized into the genetic code.
There are certainly potential upsides to this sort of science, such as combating genetic ailments 鈥� but it could ultimately change the human genome and have implications, positive or negative, on other aspects of the ecosystem.
Dr. Baylis herself will be presenting on the benefits of slow science: the approach of methodically engaging in complex academic research at a slower, more cautious pace amidst a very rapidly progressing area of scientific study. Her presentation will evaluate slow science from an ethical point of view, particularly in the context of the CRISPR/Cas9 gene-editing technology and research involving human beings.
Dr. Marignani, professor in Dal鈥檚 Department of Biochemistry & Molecular Biology, plans to discuss a historical overview of genetic engineering as well as the use of gene-editing platforms as tools to assist in answering larger scale, in-depth questions about biology. She says she hopes participants in the symposium will walk away with a better understanding of the wide spectrum of gene editing and the importance of practicing responsible science.
When asked for her thoughts on what she hopes will be achieved from this event, Dr. Baylis says it鈥檚 about consciousness-raising.
鈥淢aking sure that people are aware of this area of science, what its potentials are, what its challenges are鈥nd the implications. 鈥� I think depending on who is in the audience, [each person] will take away different kinds of things. To me, that鈥檚 great because that just exemplifies the fact that this is a symposium designed to address different kinds of topics, perspectives and needs, and what holds it all together is new and exciting science.鈥�
For full details, visit the Impact Ethics website.