'Squirtable' elastic glue seals wounds in 60 seconds
A highly elastic and adhesive surgical glue that quickly seals wounds without the need for common staples or sutures could transform how surgeries are performed.
To celebrate our third annual Innovation Week, on from 30 July – 6 August, we look back at some of the key innovations and discoveries from our academics and students during the past year.
A highly elastic and adhesive surgical glue that quickly seals wounds without the need for common staples or sutures could transform how surgeries are performed.
Innovation assists victims and witnesses to record information in a way that can help with convictions and prevent miscarriages of justice.
Novel anti-addiction compounds that mimic the “love hormone” oxytocin are being developed into drugs that could treat addiction and substance use disorders, including the abuse of alcohol, illicit and prescription drugs.
A solution for one of the biggest stumbling blocks preventing zinc-air batteries from overtaking conventional lithium-ion batteries as the power source of choice in electronic devices.
We're developing techniques to use a patient’s own cells to generate personalised biological ‘ink’ and 3D print living human heart tissues for transplantation. We’re also working towards taking a CT scan of a patient's bone defect and feeding it straight into a 3D printer in the operating theatre for personalised bone replacements.
This world-first caused a media frenzy and put our radio astronomers in the spotlight.
Global trials have shown Sydney’s super-fast ‘Red Belly Blockchain’ can process financial transactions 50 percent faster than first anticipated – outperforming some market leaders, including VISA, for world-wide payments.
A new way of joining groups of atoms together into shape-changing molecules – opening up the possibility of a new area of chemistry and the development of countless new drugs, microelectronics and materials with novel characteristics.
World-first sequencing of the koala genome will inform conservation efforts, aid in the treatment of diseases and help to ensure the koala’s long-term survival.
A PhD student is developing a real-time monitoring pregnancy patch with potential to help cut rates of unnecessary interventions, and where needed, intervene earlier to avoid complications.
PhD students’ inventions will revolutionise the way we sleep, with perfectly customisable pillows that align to the curves of our spines, and help protect us from airborne diseases, with a system that can detect pathogens in the air.
New method to identify individual nanoparticles released by human cells, opening the way for them to become diagnostic tools in the early-detection of cancers, dementia and kidney disease.
Smart food packaging could be near thanks to new research in ‘printable food ink sensors’. These inks are designed to detect gases produced by bacteria in order to provide us with a timely insight into our food’s quality.