Location History:
- Ciudad de la Habana, CU (2015)
- Havana, CU (2024)
Company Filing History:
Years Active: 2015-2024
Title: Innovative Contributions of Gil Alberto Enriquez Obregon in Soybean Biotechnology
Introduction
Gil Alberto Enriquez Obregon is a notable inventor based in Havana, Cuba. He holds a significant patent in the field of biotechnology, specifically related to soybean plants. His innovation aims to enhance crop yield and resistance to various diseases, marking a notable advancement in agricultural practices.
Latest Patents
Gil Alberto's patent centers around soybean plants incorporating the transgenic events CIGBDT-DEF1 and CIGBIS-DEF5. This invention provides a method for detecting these transgenic events in soybean samples, thereby facilitating agricultural evaluation and research. Additionally, his patent offers seeds from the soybean plants containing these transgenic events and products derived from them. Notably, the patent includes a method for producing soybean plants that resist glyphosate and diseases caused by fungi or oomycetes, showcasing an innovative approach to sustainable farming. The incorporation of these transgenic events is designed to increase the yield of soybean crops in the field.
Career Highlights
Gil Alberto Enriquez Obregon works at the Centro de Ingeniería Genética y Biotecnología. His expertise in genetic engineering has enabled him to contribute significantly to the field of biotechnology in agriculture. His patent, representing his innovative spirit, is a testament to his commitment to improving crop resistance and productivity.
Collaborations
Throughout his career, Gil Alberto has collaborated with notable colleagues including Natacha Soto Pérez and Celia Delgado Abad. These partnerships have likely fostered a creative environment that enhances the development of cutting-edge agricultural technologies.
Conclusion
Through his innovative work in soybean biotechnology, Gil Alberto Enriquez Obregon stands out as a significant inventor whose contributions may lead to breakthroughs in agricultural practices. His patent not only provides a means to detect and produce soybean plants with enhanced traits but also exemplifies the potential of genetic engineering in addressing agricultural challenges.