Company Filing History:
25 out of 1,586 
1 out of 5,309 
1 out of 1 
Years Active: 1993-2014
Title: **Irving Boime: Innovator in Equine Reproductive Technologies**
Introduction
Irving Boime, based in St. Louis, Missouri, is a prominent inventor with an impressive portfolio of 25 patents. His groundbreaking work primarily focuses on advancements in reproductive technologies, particularly for equine and other mammals.
Latest Patents
One of Boime's notable recent inventions is related to the "Activity of recombinant equine follicle stimulating hormone." This innovation presents methods for producing biologically active recombinant eFSH analogs, which significantly enhance reproduction in mammals, especially equine species. His inventions include methods that promote superovulation, follicular development, embryo development, and overall reproductive efficiency in horses, cattle, and other ungulates.
Additionally, he has developed glycoprotein hormone compositions that comprise differentially acting glycoprotein hormones. These compositions involve specific formulations that utilize various subunits and linkers to optimize their effectiveness in reproductive applications.
Career Highlights
Throughout his career, Irving Boime has been associated with prestigious institutions such as Washington University and Washington University in St. Louis. His contributions to the field of reproductive biology have established him as a leading figure in innovating methods that improve fertility and reproductive outcomes in mammals.
Collaborations
Throughout his research, Boime collaborated with notable scientists including Martin M Matzuk and David Ben-Menahem. These partnerships have allowed for a rich exchange of ideas and propelled the advancement of reproductive technologies through their combined expertise.
Conclusion
Irving Boime's innovations in the field of reproductive science are paving the way for new methods that enhance fertility in mammals. His dedication to developing recombinant technologies and glycoprotein hormone compositions stands as a testament to his impactful contributions to science and the welfare of animals. His ongoing work continues to inspire future advancements in reproductive health.