TED-Ed: How to 3D print human tissue | Taneka Jones

The video discusses the shortage of donor organs and introduces bioprinting as a potential solution. Bioprinting, akin to 3D printing, uses bio-ink made of living cells to create tissues and organs. While complex organs are not yet printable, simpler structures like blood vessels and menisci are achievable. The video explains extrusion-based bioprinting, where bio-ink is extruded through a nozzle to form structures. Current applications include printing bladders and promoting nerve regeneration. Challenges include replicating complex organ environments and ensuring cell viability. The future of bioprinting holds potential for life-saving innovations and raises ethical questions about access and capabilities.

What advancements have been made in bioprinting tissues?

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How can bioprinting potentially save lives?

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What future possibilities does bioprinting hold for human capabilities?

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