Uncovering the pathways that lead to scarring or regeneration
Alliance faculty Michael Longaker and his team have unraveled the biology that determines whether skin tissue will scar or not. Using tools to examine skin in mice at a molecular, cellular, and tissue level, the researchers discovered that pathways underlying scarring were dominated by mechanical signaling, including genes involved in mechanotransduction, a type of communication that involves a molecule physically connecting to a receiver to transmit a signal. On the other hand, regeneration of the skin was characterized by developmental pathways, similar to those found in embryonic skin development. These findings were both motivated and enabled by Longaker and team’s recent discovery of a drug that could induce scar-free healing. This integrative and detailed biological map will help pave the way toward fully regenerative wound healing.
Longaker leads the Alliance’s Regenerative Rehabilitation efforts at Stanford University and is the Co-director of the Stanford Institute for Stem Cell Biology and Regenerative Medicine.
September 26, 2023
The potential of pre-exercise hyperhydration
September 25, 2023
New simulation predicts human-tech interaction in assistive devices
September 13, 2023
Call for 2024 Alliance agility project applications
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