Oklahoma City, OK, United States of America

Fadee Mandelek


Average Co-Inventor Count = 4.0

ph-index = 1

Forward Citations = 2(Granted Patents)


Company Filing History:


Years Active: 2015

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1 patent (USPTO):Explore Patents

Title: Fadee Mandelek: Innovator in Tissue Graft Compositions

Introduction

Fadee Mandelek is an accomplished inventor based in Oklahoma City, Oklahoma, known for his significant contributions to the field of tissue engineering. His innovative work has led to the development of a unique tissue graft composition that incorporates advanced nanotechnology.

Latest Patents

Mandelek holds a patent for "Tissue graft compositions and methods for producing same." This patent describes a tissue graft composition that utilizes a segment of small intestinal submucosa, which has nanoparticles incorporated into it. This integration alters the permeability of the submucosa, enabling a more uniform structure conducive to cell migration and proliferation. The patented composition can be utilized in both seeded and unseeded methods for tissue repair, enhancing the potential for successful medical applications.

Career Highlights

Mandelek's professional journey includes his current position at the University of Oklahoma, where he continues to contribute to innovative research in tissue engineering. His focus on developing new methodologies for producing and applying tissue grafts has garnered attention within the scientific and medical communities.

Collaborations

Throughout his career, Mandelek has collaborated with notable colleagues, including Bradley P. Kropp and Hsueh-Kung Lin. These partnerships have facilitated advancements in their research, further pushing the boundaries of tissue repair methodologies.

Conclusion

As a pioneering inventor, Fadee Mandelek's contributions to the field of tissue engineering not only showcase his expertise but also highlight the importance of innovation in enhancing medical solutions. His patented tissue graft compositions represent a significant leap forward that could redefine approaches to tissue repair in the near future.

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