Biotechnology
Industrial Oil Products
Tim Ulmasov
Executive in Residence
BioGenerator
Chesterfield, Missouri, United States
This session will highlight the genetic engineering of pennycress to improve this new oilseed cash cover crop. Research on Camelina sativa, another oilseed crop, uses genomics-driven systems biology approaches to explore natural variations in the plant’s germplasm to identify candidate genes that control important agronomic traits. A talk will discuss how CRISP-Cas9 can be used to change seed acid composition to create new camelina oils. Finally, seed-specific expression of a gene in Brassica carinata showed that the transgenic plants produced a high concentration of very long-chain polyunsaturated fatty acids.
Presenting Author: John Sedbrook – Illinois State University
Presenting Author: Chaofu Lu, MS, PhD – Montana State University
Presenting Author: Edgar Cahoon, PhD – University of Nebraska
Co-Author: Chuhua Jia – Washington State University
Co-Author: Ashok Jangam – Washington State University
Co-Author: Jim Barret Floyd – Washington State University
Co-Author: Tara Nazarenus – University of Nebraska-Lincoln
Co-Author: Hongfei Lin – Washington State University
Presenting Author: Kristi D. Snell, PhD (she/her/hers) – Yield10 Bioscience, Inc.
Presenting Author: Xiao Qiu, PhD – University of Saskatchewan
Co-Author: Dauenpen meesapyodsuk – National Research Council of Canada
Presenting Author: Philip D. Bates, PhD – Washington State University