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    Researchers from TU Wien have fabricated artificial human “tissue on a chip” using a multi-photon lithography technique which could eliminate the need for animal testing in the future.  The laser-based method enables the researchers to guide individual cells to specific locations within a hydrogel to form reproducible specialized tissue systems. These tissues can then be […]

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    • Researchers from TU Wien have fabricated artificial human “tissue on a chip” which could eliminate the need for animal testing in the future in the 3D #bioprinting field. https://t.co/leCnjz9Xb2

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    Researchers from Harvard University’s Wyss Institute have developed a suite of new heart engineering technologies that have enabled them to mimic the alignment of a human heart’s contractile elements. Leveraging a bioink containing contractile organ building blocks (OBBs) and patient-specific stem cells, the team was able to bioprint sheets of cardiac tissue with complex and […]

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    • 3D #bioprinting is a truly progressing field: Harvard's Wyss Institue has developed a suite of new heart engineering technologies that have enabled them to mimic the alignment of a human heart’s contractile elements. https://t.co/VSAKlNJnLp