Results for: Jennifer Kuzma
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The Genetic Engineering and Society (GES) Center at NC State University serves as an international hub of interdisciplinary research, engaged scholarship, and inclusive dialogues surrounding these opportunities and challenges. Positioned at the nexus of science…
Issues: Regulating Gene-Edited Crops
This article reviews the current state of gene-editing regulation for crops, illuminating the ways in which technology developers are repeating practices that may lead to the public and ethical failures of the first generation genetically engineered crops, and argues that the contentious socio-political history of genetic engineering will repeat itself for gene editing if these continue.
4 NC State Faculty Named AAAS Fellows
The American Association for the Advancement of Science elects 416 fellows, including four from NC State. Meet our newest members of the prestigious organization.
ISSP-RCIScience Lecture Series: Intersection of Science, Society and Policy
GES Co-Director, Jennifer Kuzma, to speak on panel at ISSP-RCIScience Lecture Series:The Institute for Science, Society and Policy and the Royal Canadian Institute for Science is pleased to invite you to the first public panel…
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Biotech Communication Workshop
The GES Center is partnering with the United States Department of Agriculture (USDA), the China Ministry of Agriculture, and the US Trade and Development Agency to organize a workshop on “Communication, Engagement, and Biotechnology.” Several…
Genome Editing in Agriculture – CAST Issue Paper
PRESS RELEASE: July 9, 2018. Twentieth-century advances in plant and animal breeding did much to help meet the increasing food, fiber, feed, and fuel needs of an expanding world. But continued population growth, resource shortages, climate change, and pest prevalence make sustainability a daunting yet essential task. Genome editing is a powerful new method that enables unprecedented control over genetic material and offers the opportunity to make rapid advances that influence agricultural practices.
Pesticide Resistance Arms Race
In this episode we talk with Fred Gould, William Neal Reynolds Professor of Agriculture and Life Sciences, about the rising rates of herbicide and pesticide resistance, the current state of the resistance arms race and what we need to do in the future to protect our crops and human health from resistant pests. Length: 15 minutes
What Happens If We Run Out? Pesticide Resistance Needs Attention, Large-Scale Study
How can we slow pest resistance to herbicides and pesticides? NC State researchers say large-scale studies are needed to test new strategies.
Publication: Comparative, collaborative, and integrative risk governance for emerging technologies
GES Co-director, Dr. Jennifer Kuzma and affiliated faculty member, Dr. David Berube, have published an article in the journal Environment Systems and Decisions that argues for a risk governance approach to emerging technologies, such as synthetic biology…
Symposium: Integrated Expertise
Forging Integrated Expertise in Graduate Education June 4 – 5, 2018 | Raleigh, North Carolina Keynote Speakers | Laura Regassa | Terri Lomax We live in an interconnected world, with complex problems, emerging technologies, and…
Space for the Social Sciences in Engineering Biology
I had the pleasure of attending the Canada SynBio 2018 Conference “Engineering Biology for Health, Food and the EnvIronment in Toronto last week. While I’ve been to many such events in the United States, this…
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Gene Drives and Responsible Innovation
It is not often that a new technology is at once hailed as a potential solution to pandemic disease, wildlife conservation and hunger, while also being feared as a potential military and environmental “bioweapon.” Gene drives,…
Politics “Trumps” Science in the Regulation of Genetically Engineered Crops
In recent years, the regulatory system for biotechnology products has not kept pace with newer ways of engineering organisms, such as through the use of gene editing like CRISPR-Cas9 systems.
Under the Obama administration, progress had been made in clarifying U.S. biotechnology regulations. In January 2017, in the last few days of Obama’s term, several proposals were made for updating agency regulations and guidance documents. In particular, new US USDA regulations were proposed for GE crops.
Fast forward ten months, and the Trump administration has pulled this proposed rule back to “start fresh” and reconsider the issue. This is no surprise, as it is not uncommon for new political administrations to recall regulatory policy for biotech. Many industry and academic scientists developing GE crops are pleased to hear about the Trump administration’s recall of USDA proposed regulations.
Genetic Literacy Project: USDA scraps overhaul of GMO and gene edited crop regulations that biotech advocates viewed as ‘unscientific’
“I think the real reason [for the withdrawal] is that the new proposed rule would have brought more gene-edited crops under its authority,” stated Kuzma. “And this new administration isn’t too fond of regulations in general.”
Scientific American: Could Genetic Engineering Save the Galápagos?
Campbell first became intrigued by the possibilities of gene drive in 2011, when he sat in on a conference call between biologists at NC State University and officials of the U.S. Fish and Wildlife Service to discuss a possible genetic approach to control a runaway mouse problem on Southeast Farallon Island, about 20 miles west of the California coast, near San Francisco. John Godwin, a North Carolina State neurobiologist who studies animal behavior, had learned of the Farallon issue while skimming the Internet in 2011. He happened to be at a university with an established infrastructure dedicated to experimenting with—and considering the ethical implications of—genetic manipulation.