Location History:
- Herts, GB (2008)
- Harpenden, GB (2009)
Company Filing History:
Years Active: 2008-2009
Title: Innovations in Plant Biotechnology by Inventor Kim Hammond-Kosack
Introduction
Kim Hammond-Kosack, an accomplished inventor based in Harpenden, GB, has made significant contributions to the field of plant biotechnology. With a total of two patents, he has played a crucial role in advancing our understanding of gene expression in wheat tissues. His innovative work demonstrates the intersection of genetics and agriculture, paving the way for improved crop production.
Latest Patents
Hammond-Kosack’s latest patent focuses on rice regulatory sequences for gene expression in defined wheat tissue. This research involved investigating the abundance of the 96 most prevalent EST cluster sequences in a wheat lemma/palea cDNA library. He selected 30 cDNA sequences that exhibited enhanced abundance in lemma, palea, and glume tissues compared to leaf, stem, embryo, endosperm, and root tissues for further analysis. These wheat EST cluster sequences were instrumental in identifying rice cDNA homologs. Furthermore, Hammond-Kosack compared the abundance of rice cDNA homologs in rice leaf and panicle cDNA libraries. The research led to the identification of rice cDNAs that showed preferential expression in the panicle, which were subsequently used to identify homologous rice genomic DNA clones, successfully cloning the putative promoter sequences.
Career Highlights
Throughout his career at Monsanto UK Ltd., Hammond-Kosack has focused on enhancing the genetic understanding of crops. His commitment to research in plant genetics has enabled him to develop innovative solutions that can potentially impact agricultural practices and food security.
Collaborations
In his work, Hammond-Kosack has collaborated with notable peers, including Martin Urban and Rebecca Stratford. These partnerships reflect the importance of teamwork in scientific research and development, contributing to the synergistic effort needed to tackle complex agricultural challenges.
Conclusion
Kim Hammond-Kosack's innovative research and patents in the field of plant biotechnology illustrate a promising future for agricultural advancements. His work not only enhances our understanding of gene expression in crops but also stands to significantly influence sustainable farming practices and food production worldwide. With his ongoing contributions, the agricultural sector can look forward to more breakthroughs in crop improvement and resilience.