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Wound pH-Modulating Strategies for Diabetic Wound Healing

Publication: Journal Article

Tricou, Leo-Paul, Marie-Lynn Al-Hawat, Katia Cherifi, Gabriela Manrique, Benjamin R. Freedman, and Simon Matoori. 2024. “Wound PH-Modulating Strategies for Diabetic Wound Healing”. Advances in Wound Care, null.

Matheus Silva

Person: Undergraduate Student

Instant tough adhesion of polymer networks

Publication: Journal Article

Freedman, Benjamin R., Juan A. Cintron Cruz, Phoebe Kwon, Matthew Lee, Haley M. Jeffers, Daniel Kent, Kyle C. Wu, James C. Weaver, and David J. Mooney. 2024. “Instant Tough Adhesion of Polymer Networks”. Proceedings of the National Academy of Sciences 121 (9): e2304643121.

Natural polymer‐polyphenol bioadhesive coacervate with stable wet adhesion, antibacterial activity, and on‐demand detachment

Publication: Journal Article

Sacramento, Margarida M A, Mariana B Oliveira, Jose R B Gomes, Joao Borges, Benjamin R Freedman, David Mooney, Joao M M Rodrigues, and Joao F Mano. 2024. “Natural Polymer‐polyphenol Bioadhesive Coacervate With Stable Wet Adhesion, Antibacterial Activity, and On‐demand Detachment”. Advanced Healthcare Materials.

Peyton Hadfield

Person: Undergraduate Student

Instant tough adhesion of polymer networks

News: February 20, 2024

Congratulations to Dr. Ben Freedman and team on their new publication in the PNAS! Check out the publication here.

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At the Freedman Lab, we believe that collaboration is the key to unlocking innovative solutions to complex challenges in orthopaedic research. We welcome collaborations with researchers, institutions, and organizations who share our passion for pushing the boundaries of knowledge and making a...

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Wound pH-Modulating Strategies for Diabetic Wound Healing

Matheus Silva

Instant tough adhesion of polymer networks

Natural polymer‐polyphenol bioadhesive coacervate with stable wet adhesion, antibacterial activity, and on‐demand detachment

Peyton Hadfield

Instant tough adhesion of polymer networks

Collaborations

Jessica Osorio

Kerri Noris

Auriane Debache