Location History:
- Charenton le Pont, FR (1981)
- Charenton, FR (1976 - 1982)
Company Filing History:
5 out of 521 
2 out of 142 
1 out of 338 Years Active: 1976-1982
Introduction
Denise Mancy, an accomplished inventor based in Charenton, France, has significantly contributed to the field of biologically active substances through her innovative research and development. With a remarkable portfolio of eight patents, Mancy's work is paving the way for advancements in human and veterinary therapies.
Latest Patents
Two of Mancy's latest patents illustrate her commitment to enhancing health through innovative solutions. The first patent, titled "Biologically Active Substance, Its Preparation and Compositions," involves a novel water-soluble substance designated as 41,200 RP. This substance is derived from the cells of Micrococcus sedogenes, M 78 strain (NRRL B-3505), and has shown promise in increasing resistance to various infections while stimulating the natural defenses of the body.
Her second notable patent, referred to as "Anti-Coccidial Substance and Its Preparation," is designated 37,454 RP. This invention presents a formula with non-toxic salts that demonstrate anti-coccidial activity, potentially benefiting both veterinary medicine and animal husbandry.
Career Highlights
Denise Mancy has enjoyed a distinguished career, having worked with respected organizations such as Rhone-Poulenc Industries and Rhone-Poulenc S.A. Her contributions to these companies have reinforced her reputation as an expert in her field, establishing her as a sought-after innovator.
Collaborations
Throughout her professional journey, Mancy has collaborated with notable individuals like Jean Florent and Jean Lunel, fostering a spirit of teamwork that has undoubtedly enhanced her research capabilities and broadened her inventive scope.
Conclusion
Denise Mancy's inventive spirit and dedication to addressing health challenges through her patents are commendable. Her breakthroughs in biologically active substances not only showcase her proficiency as an inventor but also highlight her potential impact on the medical and veterinary fields. As she continues her journey, the innovations emerging from her work promise to influence future developments in therapeutic applications.