Location History:
- Barnesville, MN (US) (2013 - 2015)
- North Mankato, MN (US) (2014 - 2022)
Company Filing History:
Years Active: 2013-2022
Areas of Expertise:
Title: **Innovative Contributions of Lori Karyn Scott in Maize Genetics**
Introduction
Lori Karyn Scott, based in North Mankato, MN, is a prolific inventor known for his significant contributions to agriculture, particularly in maize genetics. With a remarkable portfolio of 49 patents, Lori has innovated various methods and varieties that enhance maize production and traits.
Latest Patents
Among Lori’s latest patents are the groundbreaking maize varieties X90P482 and PH4DB2. The patent for maize hybrid X90P482 details a novel maize variety and methods for its production. This includes techniques for crossing hybrid maize variety X90P482 with other maize plants, as well as methods to incorporate genetic traits through backcrossing and transformation. The patent describes not only the seeds and plants produced from X90P482 but also its variants and minor modifications. Similarly, the inbred maize variety PH4DB2 is defined in his patents, showcasing methods to produce maize plants by crossing PH4DB2 with others and the traits introgressed through conversion or transformation.
Career Highlights
Lori Karyn Scott has made substantial strides in the field of plant genetics through his work with Pioneer Hi-Bred International, Inc. His innovative approaches have influenced maize breeding and the development of improved agricultural practices. The impact of his inventions has been noteworthy among agricultural researchers and practitioners alike.
Collaborations
Throughout his career, Lori has collaborated with esteemed colleagues such as Joachim Ernst Kramer and Steven Paul King. Together, they work on advancing maize genetics and enhancing the traits of hybrid maize, fostering an environment of innovation and discovery in plant science.
Conclusion
Lori Karyn Scott stands as a prominent figure in the field of maize genetics, with a strong focus on innovation and practical applications in agriculture. His numerous patents reflect a dedication to developing new maize varieties that aim to improve yield and adaptability, significantly contributing to the future of agricultural practices.