We’re closer to ‘engineering’ blood vessels
Researchers at the University of Melbourne have developed a fast, inexpensive and scalable method for engineering blood vessels from natural tissue.
Translating thought into action
A human trial of a tiny device developed by University Melbourne researchers is allowing patients with paralysis to operate computers just with their thoughts
Engineering magnetics to grow human tissue
Tissue engineering can restore damaged or lost tissue; University of Melbourne research is working to scale up the technology to regenerate human organs.
Reading the body’s electrical signals to treat illness
Embedded devices can treat some chronic illnesses, but a University of Melbourne engineer is now seeking to 'read' our electrical signals to predict symptoms.
Stimulating the brain – without major surgery
University of Melbourne researchers have shown the Stentrode, a tiny device inserted next to the motor cortex, can stimulate, as well as record, brain activity.
A smarter way to deliver drugs
The University of Melbourne's Georgina Such works with nanoparticles to deliver vaccines and drugs; a breakthrough could change the lives of people with cancer.
The enigma of the ACL
More people than even are injuring their ACL; University of Melbourne PhD candidate Raneem Haddara is focussing on preventing the injury, rather than curing it.
Clever socks connecting remote patients and physios
A University of Melbourne PhD student's wearable tech smart socks, called SoPhy, provide physiotherapists real time, detailed data on patients, even remotely
Enlisting nanoparticles in the fight against superbugs
University of Melbourne bio-engineers have developed a material made from nanoparticles that can fight antibiotic-resistant superbugs like Golden Staph.
Part human, part robot: The future of medical implantables
Research is constantly expanding what implantable medical electronic devices can do. A University of Melbourne expert looks at where we're heading.