A cost-effective method for high-throughput production of spheroids could prove indispensable for tissue engineering applications
Mass produced spheroids line up for tissue repair
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Tissue Regeneration
Superstructures formed by ‘walking’ molecules could help create neurons
3D-printed novel biomaterial mimics properties of living tissues
Embryonic development in a Petri dish
3D cell culturing technique could replace mouse embryos
Living bioink could enhance bone repair and regeneration
A bioink containing both organic and inorganic elements of bone and laden with stem cells could improve treatments of injured or diseased bone
Baby mice have a skill that humans want, microchip might help us
A new microchip could help scientists uncover secrets of heart regeneration in baby mice
CRISPR tagging improves accuracy of model cells grown from stem cells
Novel method identifies which master controllers of gene activity are essential to making adult cells of any type
Bioengineered hybrid muscle fiber for regenerative medicine
Regeneration of muscle tissue was achieved by combining direct cell reprogramming with natural-synthetic hybrid scaffold as structural support
Conductive hydrogel could repair damaged peripheral nerves
A stretchable and conductive hydrogel could be used to treat serious injuries to peripheral nerves
Scientists reverse age-related vision loss, glaucoma damage in mice
Scientists have successfully restored vision in mice by turning back the clock on aged eye cells in the retina to recapture youthful gene function