Location History:
- Norman, OK (US) (2020)
- Lawrence, KS (US) (2012 - 2022)
Company Filing History:
12 out of 548 
3 out of 25 
2 out of 563 
Years Active: 2012-2025
Title: Michael Detamore: Innovating Tissue Engineering with Biomaterials and Scaffolds
Introduction:
In the field of tissue engineering, researchers like Michael Detamore have revolutionized the development of biomaterials and scaffolds. Detamore, based in Lawrence, KS (US), has made significant contributions to the tracheal regeneration and repair, utilizing patented biomaterials and hydrogel precursors. This article will shed light on his latest patents, career highlights, and collaborations that have propelled the field forward.
Latest Patents:
Detamore's latest patents showcase his expertise in creating innovative solutions for tracheal regeneration and hydrogel precursors. One of his notable patents is for a biomaterial based on aligned fibers arranged in a gradient interface, providing mechanical reinforcement. This implantable fibrous body can be tailored to fit tracheal defects and secured in place using sutures or bioadhesive. With aligned or unaligned fibers, the fibrous body can be electrospun, offering various applications in tracheal regeneration and repair.
Another significant patent by Detamore involves hydrogel precursors containing nanoparticles, providing shape retention at physiological temperatures. This cross-linkable polymer matrix, combined with polymer particles and a biocompatible hyaluronic acid polymer, demonstrates tremendous potential in a wide range of tissue engineering applications. These patents reflect Detamore's commitment to advancing innovative biomaterials and structures for enhanced tissue regeneration.
Career Highlights:
Over the course of his career, Detamore has exhibited remarkable dedication to the field of tissue engineering. With 12 patents to his name, he has played a crucial role in translating research into practical applications. Detamore has explored the potential of biomaterials and scaffolds through collaborations with renowned institutions and companies.
Collaborations:
Detamore has collaborated with esteemed organizations, including the University of Kansas and The Children's Mercy Hospital, to advance the field of tissue engineering. Working alongside accomplished colleagues such as Stevin Gehrke and Cory Berkland, he has successfully translated his research into practical solutions. These collaborations have allowed for the exchange of knowledge and resources, facilitating groundbreaking advancements in tissue engineering.
Conclusion:
Michael Detamore's extensive research in tissue engineering, with a focus on biomaterials and scaffolds, has brought about significant innovation in the field. His recent patents demonstrate his commitment to developing advanced solutions for tracheal regeneration and hydrogel precursors. Collaborating with prestigious institutions and talented colleagues, Detamore continues to elevate the field of tissue engineering, revolutionizing the way we approach tissue regeneration and repair.