Researchers combine 3D printing and robotic surgery with advanced manufacturing. Credit: 2017 Royal Melbourne Institute of Technology.
What's less established is which trigger in the brain causes people to break from a routine, especially when doing so poses potential risks.
MIT’s researchers spend a lot of time thinking about digestible technology. In the past couple of years, scientists at the school have developed all sorts of swallowable devices, including a robot fashioned from pig parts designed to remove batteries. The school's Koch Institute in particular has focused on the space, looking at ways in which digestible sensors can be used to monitor things like drug intake.
When bacteria enter our body, they kick-start a powerful immune response. But this chain of reactions doesn't fully account for our immediate responses. Researchers at KU Leuven, Belgium, show that so-called ion channels play a key role as 'first responders'.
"This collaboration is the first for Harpoon and highlights the high level of industry interest in best-in-class platform technologies. We are excited about partnering with AbbVie to help generate novel T-cell engagers for the treatment of cancer based on the combination of T-cell receptors with TriTACs," said Jerry McMahon, Ph.D., chief executive officer, Harpoon Therapeutics.
Researchers from Harvard Medical School, Boston Children’s Hospital and Brigham and Women’s Hospital in the US have developed a paediatric surgical implant that grows along with the child.
Scientists from the Cancer Biomarkers laboratory team of the Institute of Cancer Research in the UK have carried out research to demonstrate the use of a quick genetic test for the targeted treatment of prostate cancer.
A University of Otago, Wellington (UOW) team has been awarded an MBIE Endeavour grant to develop a non-invasive and cost-effective device to diagnose and treat stroke and other brain injuries.
Researchers from the University of Edinburgh and Heriot-Watt University in the UK have developed a medical camera that could see through the human body and track endoscopic tools used to evaluate internal conditions.
A new anastomosis tool using a pair of medical magnets has been developed by researchers at the University of California, San Francisco, US.
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