A team of researchers in China has, for the first time, created new ears for human patients by growing cartilage and implanting it. In their paper published on the open access site EBioMedicine, the group outlines how the ...
Cellular therapy hasn't had much success in fighting solid tumors, partly because it's been difficult to deliver anti-cancer T cells to the tumors.
Apr 24, 2017
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A small device implanted under the skin can improve breast cancer survival by catching cancer cells, slowing the development of metastatic tumors in other organs and allowing time to intervene with surgery or other therapies.
Sep 15, 2016
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In their mission to design new biomaterials that promote tissue regeneration, Drexel University researchers have identified how inflammation, when precisely controlled, is crucial to bone repair.
Jul 29, 2016
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MIT chemical engineers have devised a new implantable tissue scaffold coated with bone growth factors that are released slowly over a few weeks. When applied to bone injuries or defects, this coated scaffold induces the body ...
Aug 19, 2014
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A team of Duke University biomedical engineers has developed a polymer scaffold for growing cartilage that includes gene therapy vectors to induce stem cells to produce the growth factors they need. The new technique—biomaterial-mediated ...
Feb 18, 2014
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A new method of vaccine design, called the Multiple Antigen Presentation System (MAPS), may result in vaccines that bring together the benefits of whole-cell and acellular or defined subunit vaccination. The method, pioneered ...
Jul 29, 2013
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(Medical Xpress)—Researchers at MIT and Charles Stark Draper Laboratory have developed a method of growing living 3-D tissue using a modified version of a machine normally used to build integrated circuits. In their paper ...
(Medical Xpress)—Researchers have pinpointed the role of a gene known as Arl13b in guiding the formation and proper placement of neurons in the early stages of brain development. Mutations in the gene could help explain ...
Jul 2, 2013
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One of the major obstacles to growing new organs—replacement hearts, lungs and kidneys—is the difficulty researchers face in building blood vessels that keep the tissues alive, but new findings from the University of ...
Apr 4, 2013
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