Company Filing History:
Years Active: 1998
Title: Anthony Ferrante: Innovator in Solvent-Resistant Microorganisms
Introduction
Anthony Ferrante is a notable inventor based in Medford, MA (US). He has made significant contributions to the field of biotechnology, particularly in the development of microorganisms that can thrive in non-aqueous environments. His innovative work has implications for various industrial applications.
Latest Patents
Ferrante holds a patent for solvent-resistant microorganisms. This invention includes microorganisms that are resistant to non-aqueous solvents. The organisms are capable of growing and performing various organic transformations in both non-aqueous and aqueous mixtures. The patent also encompasses a gene encoding an enzyme, hydroperoxide reductase, which provides the host microorganism with resistance to many organic solvents. Additionally, it includes an operon with a mutant gene and the ahpF gene, which encodes an NAD(P)H dehydrogenase. The invention further details a plasmid vehicle and a host microorganism containing these genes, as well as the cloning of solvent-resistance genes into other organisms, enhancing their solvent-resistance capabilities. Furthermore, the genes responsible for specific organic or hydrocarbon transformations are integrated into the solvent-resistant microorganisms.
Career Highlights
Anthony Ferrante is associated with Exxon Research and Engineering Company, where he continues to advance his research in biotechnology. His work is pivotal in addressing challenges related to solvent resistance in microorganisms, which can lead to more efficient industrial processes.
Collaborations
Ferrante has collaborated with esteemed colleagues such as Alexander A. Klibanov and Kim Lewis. Their combined expertise has contributed to the success of various research initiatives in the field.
Conclusion
Anthony Ferrante's innovative work in solvent-resistant microorganisms showcases his significant contributions to biotechnology. His patent and ongoing research have the potential to revolutionize industrial applications involving organic transformations.