Technology helps create bio-engineered organs for human transplant

The video discusses a regenerative medicine company focusing on tissue engineering and the challenges of creating functional organs. It highlights the perfusion decellularization process, which maintains the organ's architecture and vasculature, allowing for easier cell integration and nutrient supply. This process enables the creation of acellular medical devices and biocompatible organs using a patient's stem cells, reducing the need for anti-rejection drugs. Examples of decellularized porcine heart and liver illustrate the process and its outcomes.

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