3D Bioprinting
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Interest and biomedical demand for 3D bioprinting continue to increase. Learn all about 3D printing in medicine.
Bioinks are the “filament” of bioprinters. Have you ever wondered what's inside them or how they work? Let us give you the tour.
Bioprinting, although a very new field, has already produced many promising areas. Dive into 3D printing skin, one of the most practical projects in this sector.
Researchers from the Singapore Institute of Manufacturing Technology are using 3D bioprinting method to control melanin-production in skin cells on a biomimetic tissue substrate, creating human-like skin pigmentation.
Using 3D bioprinting and a DNA sample from 1888, an artist recreated the lost ear of Vincent van Gogh. And when you talk, the ear listens.
3D bioprinted organs, especially hearts, are slowly becoming a reality. Learn about the most promising 3D printed heart projects of 2020.
Producing a functional 3D printed kidney may not yet be a reality, but there are a number of promising projects. Read on as we cover some of the latest advancements in 3D printed kidney projects.
A team of Chinese plastic surgeons and tissue engineers have devised a method to 3D print cells which assemble into a replica of a patient’s ear.
Researchers have developed biocompatible materials from apple waste, which can be used as matrices to regenerate bone and cartilage tissues.
3D printing is giving hope and relief to those with damaged ears or hearing. Learn about some new and exciting advances in 3D printed ears!
Biotech startups want to develop 3D printed Rhino horns to sink the illegal trade in ivory. Can this crazy plan work, or will it cause more harm than good?
The European Space Agency is working on a project to 3D print living tissue for uses in space exploration. So far, it's used bio-printing to create bone and skin samples which could be recreated in a low-gravity environment.
With the rise of culinary 3D printers, most of our favorite foods are printable. The steaks - or rather, the stakes - are high as the 3D printing industry races to perfect printed meat.
Scientists at Rice University developed a new technique for bioprinting tissues, bringing us one step closer to 3D printed organs.
Researchers in Australia are working to find a treatment for the congenital deformity microtia by using a 3D bioprinter and specialized bio-ink.
Researchers from the University of Colorado Boulder have developed a 3D bioprinting technique that enables local control over an object's firmness. It could one day be used to create patient-specific artificial vessels and organs.