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A slippery droplet microarray enables parallel 3D bioprinting of separated, immersed hydrogel models, cutting array fabrication time from hours to minutes.
The ear appears all at once. A glass vial of clear gel, a stage rotating beneath a 150-milliwatt blue laser diode, a hologram flickering through 1,440 frames per second, and after...
Discover how biotech could solve the organ shortage crisis through xenotransplantation, 3D bioprinting and stem cells. The post The future of organ transplants: Xenotransplantation...
Somewhere in the mineral lattice of your skeleton, calcium and phosphate ions are locked into a crystalline structure called hydroxyapatite. It is, in a sense, what you are made of...
University of Mississippi Scientists Pioneer 3D-Printed Spanlastics for Targeted Cancer Treatment Recent advancements from the University of Mississippi offer a promising breakthro...
A living, 3D-printed knee joint made from biodegradable scaffolding infused with stem cells has met all milestones to move into preclinical testing.
A new holographic 3D-printing platform can produce detailed living structures faster, larger, and with greater accuracy than previous methods. What if a 3D printer could create sof...
Источник: Компьютерра - Журнал о науке и технологиях Американские ученые создали метод 3D-печати, позволяющий синтетическим материалам имитировать сложные движения природных струк...
Boyang Wang, founder and CEO of Immortal Dragons, focuses on longevity-driven organ-replacement strategies. He tracks advances in biofabrication, xenotransplantation, and scalable...
Duracyte’s implants employ cells engineered to produce therapeutic protein, bypassing the complexities of traditional biologics manufacturing. The startup’s marriage of biotechnolo...
Using engineered liver tissue as a proof-of-concept application, researchers integrated synthetic biology and tissue engineering tools to build liver tissues that can be expanded o...
Researchers have engineered a novel dynamic chitosan hydrogel that senses environmental changes and redefines the boundaries of 3D printing.
Additive manufacturing has revolutionized the production of complex components, enabling unprecedented design freedom and rapid prototyping capabilities. While metals and polymers...
Vivobarefoot is rolling out its Vivobiome vision for cutting edge, scan-to-print footwear using 3D printing.
The cost of CAR T-cell therapy means that the highly effective cancer treatment is unavailable in many parts of the world. But a new way of making these cells could dramatically dr...
Lower release forces let LCD resin printers move faster, bringing low-cost systems closer to ultrahigh-speed 3D printing.
Fibroblasts do not normally care what shape they make. Put a few million of them on a soft gel in a Barcelona lab, wait three days, and they will crawl into long aligned bands like...
An elephant’s trunk contains roughly 40,000 individual muscle segments, each capable of contracting independently, which is how the animal can crack open a watermelon and then, thi...
What if materials could move like living tissue? A new 3D printing method programs filaments to bend, twist, and act on command. Harvard University researchers have developed a ne...
Organoids possess a three-dimensional (3D) architecture and multiple cell types, closely mimicking the structural and functional properties of native organs. This makes them highly...
Researchers have developed 3D-printed, honeycomb-structured hydrogel electrodes that perfectly match the unique folds of a patient's brain for safer, high-quality neural monitoring...
Rotational multimaterial 3D printing enables nature-inspired, shape-morphing filaments.
Many capabilities in biotechnology are assuredly possible, just not possible today. The tools are too crude, the knowledge of cellular biochemistry still incomplete. The goal at th...
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