This inventor holds 1 USPTO granted patent. Top assignee: Imperial Chemical Industries Limited. Active years: 1980.
Company Filing History:
Years Active: 1980
Title: Inventor Spotlight: Jeremy J Batch
Introduction
Jeremy J Batch is an esteemed inventor based in Sunninghill, GB, known for his innovative contribution in the field of horticulture. He holds a patent that focuses on the control of pollen formation in hermaphrodite plants, a significant advancement that has implications for agricultural practices and plant breeding.
Latest Patents
Batch's notable patent, titled "Control of Pollen Formation," introduces a method that entails applying a specific compound to plants or their seeds. This compound's formula includes various groups and functionalities, allowing for a flexible approach to managing pollen production. This invention aims to enhance the efficiency of plant reproduction, potentially revolutionizing how crops are cultivated and improved.
Career Highlights
Jeremy J Batch is affiliated with Imperial Chemical Industries Limited, a prominent company known for its extensive work in the chemical sector. His work there showcases a blend of scientific research and practical application, contributing to both his professional growth and the advancement of agricultural technology through innovative research.
Collaborations
Throughout his career, Batch has worked alongside esteemed colleagues, including Keith P Parry and Colin F Rowe. These collaborations highlight the collective effort within the team to push the boundaries of plant science and innovation, furthering their impact on the industry.
Conclusion
In summary, Jeremy J Batch is a forward-thinking inventor whose patent on pollen formation control signifies a vital step in agricultural innovation. His contributions at Imperial Chemical Industries Limited and collaborations with fellow scientists demonstrate the importance of teamwork in driving advancements in technology and science. As developments in horticulture continue to evolve, Batch's work stands as an important reference point for future innovations.
