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Yield10 Bioscience's Stacked Herbicide Tolerant Camelina Granted Planting and Breeding Approval in U.S.

Published November 15, 2023

In a significant development for agricultural biotechnology, Yield10 Bioscience, Inc. YTEN has received the green light from the United States Department of Agriculture's Animal and Plant Health Inspection Service (USDA-APHIS) to plant and breed its genetically engineered Camelina plants across the United States. This milestone represents a substantial leap forward in bringing advanced herbicide tolerance to this oilseed crop, which is anticipated to facilitate its adoption on a larger scale within North America.

Implications for Agricultural Innovation

The authorization given by USDA-APHIS to YTEN's stacked herbicide tolerant Camelina is a testament to the potential of modern agricultural sciences in enhancing crop productivity and sustainability. Stacked traits refer to the combination of multiple genetic modifications within a single plant, which in this case, confer tolerance to specific herbicides. The adoption of Yield10's Camelina is expected to provide farmers with a robust tool in managing weeds, thereby improving crop yields and quality.

Fostering Large-Acreage Cultivation of Camelina

Camelina, a versatile crop known for its oil-rich seeds, has been earmarked as a promising alternative for agricultural diversification. Its natural resilience and compatibility with existing agricultural systems make it an attractive choice for large-acreage cultivation. With the approval from USDA-APHIS, YTEN is poised to support the scaling of Camelina cultivation, leveraging its herbicide-tolerant properties to reduce the financial and labor intensity of weed management, ultimately incentivizing more widespread planting among farmers.

Headquartered in Woburn, Massachusetts, Yield10 Bioscience is at the forefront of agricultural bioscience innovation in the United States and Canada, with a commitment to developing cutting-edge technologies aimed at significantly increasing crop yields. This recent regulatory success marks another milestone in YTEN's mission to drive agricultural productivity forward.

Agriculture, Biotechnology, Regulation