Eugenia Kumacheva

USPTO Granted Patents = 17 (Patent Applications = 2)

CIPO Patents = 1 (Patent Applications = 4)

EPO Patents = 1 (Patent Applications = 4)

Average Co-Inventor Count = 2.0

ph-index = 7

Forward Citations = 779(Granted Patents)

Company Filing History:

6 out of 493

University of Toronto

4. 9 out of 832,812

Other

patents

where one patent can have more than one assignee

Years Active: 1999-2022

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17 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 11466240 - Microfluidic platform for the rapid production of organoids/spheroids for compound screening (2022-10-11),

2. 8986628 - Method and apparatus for fluid dispersion (2015-03-24),

3. 8696952 - Method of producing polymeric particles with selected size, shape, morphology and composition (2014-04-15),

4. 8476382 - Multiple continuous microfluidic reactors for the scaled up synthesis of gel or polymer particles (2013-07-02),

5. 8337778 - Method and apparatus for fluid dispersion (2012-12-25),

6. 8236877 - Method of producing hybrid polymer-inorganic materials (2012-08-07),

7. 8088839 - Method of producing hybrid polymer-inorganic materials (2012-01-03),

8. 7820737 - Method of producing hybrid polymer-inorganic materials (2010-10-26),

9. 7708949 - Method and apparatus for fluid dispersion (2010-05-04),

10. 7033524 - Polymer-based nanocomposite materials and methods of production thereof (2006-04-25),

11. 6974618 - Multicolored polymer nanocomposites for optical memory storage and security data encryption (2005-12-13),

12. 6846578 - Method of colloid crystal growth on patterned surfaces (2005-01-25),

13. 6785214 - Polymeric nanocomposite materials with a functional matrix and method of reading and writing thereto (2004-08-31),

14. 6733946 - Three dimensional optical memory storage (2004-05-11),

15. 6325957 - Method of producing three dimensional assembly of particles in ordered arrays (2001-12-04),

Title: Innovator Spotlight: Eugenia Kumacheva

Introduction

Eugenia Kumacheva, a Toronto-based inventor, has made significant contributions to the field of microfluidics, amassing a total of 17 patents throughout her career. Her innovative work has focused on developing advanced techniques for creating organoids and multicellular structures, greatly enhancing the potential for research in biology and medicine.

Latest Patents

Among her most recent patents is a groundbreaking invention titled "Microfluidic platform for the rapid production of organoids/spheroids for compound screening." This patent introduces a method for generating uniformly sized organoids and multicellular spheroids using a microfluidic device equipped with an array of microwells. The process begins with filling the device with a wetting agent, followed by replacing it with a cell suspension and a hydrogel precursor. The resulting droplets transform into cell-laden hydrogels, which are vital for producing multicellular structures necessary for various biological applications.

Another notable patent is the "Method and apparatus for fluid dispersion," which involves a microfluidic technique for focusing and forming sections of fluid. This invention simplifies the fabrication of devices using readily available materials, paving the way for more accessible applications in fluid dynamics.

Career Highlights

Eugenia Kumacheva has built an impressive career, marked by her innovative research and patented technologies. With a focus on biotechnology applications, her work has the potential to revolutionize how researchers study complex biological systems. The insights gained from her inventions help facilitate advancements in drug discovery and development.

Collaborations

Throughout her career, Kumacheva has collaborated with notable individuals in the field, including Olga V. Kalinina and Howard A. Stone. Her collaborative efforts have fostered an environment of innovation and exploration in microfluidic technologies, further extending the impact of her work within academic and research institutions.

Conclusion

Eugenia Kumacheva stands out as a leading figure in the field of microfluidics, with a robust portfolio of patents that illustrate her innovative spirit and dedication to scientific advancement. Her contributions not only enhance our understanding of biological systems but also hold promise for improving methodologies in drug screening and tissue engineering. As she continues to push the boundaries of what is possible, her work serves as an inspiration for future inventors in the realm of biotechnology.

This text is generated by artificial intelligence and may not be accurate.