Source https://www.fightaging.org/archives/2024/06/a-decellularized-liver-patch-improves-function-in-rats/
Decellularization involves stripping cells from donor tissue to leave behind the extracellular matrix and its chemical cues. That extracellular matrix can then be repopulated with patient-matched cells and transplanted, in principle minimizing many of the issues associated with tissue transplantation. The initial hype over decellularization has somewhat faded, but many groups continue to work with decellularized tissue in parallel with other approaches to tissue engineering. The production of thin patches of functional tissue to apply to organs such as the liver or heart has shown some promise in recent years, and here researchers demonst…
Source https://www.fightaging.org/archives/2024/06/a-decellularized-liver-patch-improves-function-in-rats/
Decellularization involves stripping cells from donor tissue to leave behind the extracellular matrix and its chemical cues. That extracellular matrix can then be repopulated with patient-matched cells and transplanted, in principle minimizing many of the issues associated with tissue transplantation. The initial hype over decellularization has somewhat faded, but many groups continue to work with decellularized tissue in parallel with other approaches to tissue engineering. The production of thin patches of functional tissue to apply to organs such as the liver or heart has shown some promise in recent years, and here researchers demonst…
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