Making Connections Australia
Weizmann Australia’s Making Connections programme brings scientists from Australia and Israel together to share knowledge and expertise. The programme’s purpose is to establish scientific cooperation between the Weizmann Institute of Science and Australian scientists by providing funding to initiate research collaborations.
Bringing a variety of scientific perspectives and knowledge together has many benefits, including increasing the speed and ability to conduct complex research projects through the pooling of multidisciplinary expertise and resources.
Making Connections in Australia began in 2013, based on a model developed between Israel and the UK. It’s a donor funded programme which has seen over $0.5 million in grants distributed between 2013 and 2017. Two Making Connections symposia were run in 2014 and 2017, one on diabetes research and one on Cancer. Each was attended by Weizmann and Australian scientists, where long-lasting and fruitful relationships and scientific collaborations were formed.
If you have any queries or would like more information please contact Weizmann Australia
Latest news
Immune Therapy for Alzheimer’s Takes a Step Forward
A Phase 1 clinical trial has reported positive results for a brain-protective immunotherapy in early Alzheimer's disease, a therapy based on work from the Weizmann Institute of Science. Dozens of research teams around the world are working to halt, treat and even...
A Magnetic Clue to Life’s Origins
A new study suggests that magnetic surfaces may influence not only the ‘handedness’ of biological molecules, but also their isotope composition – connecting two fundamental fingerprints of life. The study, offering new clues to the origin of life on Earth, began at a...
One Plant, Three Kingdoms, Five Trips
Weizmann Institute scientists have deciphered how a well-known psychedelic substance is created, and now they have engineered a plant to produce several psychedelics at once. Long before scientists began studying them in the lab, mind-altering substances were already...
Before the Aliens, the Amino Acids
A Weizmann-led team has proposed a simple but powerful new method for detecting traces of alien biology, whether on Jupiter’s icy moons, in meteorites or in Martian samples. Before any wrinkled, wide-eyed creature from a distant civilisation asks to be taken home, the...
Pandemic in Fast Forward
Israeli and Czech scientists have recreated the coronavirus’ evolutionary journey in a test tube – revealing the conditions that can produce highly contagious variants. A key step in the origin of many pandemics occurs when an animal-borne virus infects humans and...
When the Body Remembers the Tumour
Weizmann Institute of Science researchers have discovered immune memory cells capable of producing antibodies against cancer – a finding that opens new avenues for future cancer vaccines. While we tend to quickly forget having been ill or having received a vaccine,...
A Glimpse at the Origins of Life Through a Deceptive Mirror
Weizmann Institute of Science and Hebrew University of Jerusalem scientists may have solved a 150-year-old puzzle about why life favours one mirror-image molecule over another. Imagine looking at yourself in the mirror, only to find that your reflection is governed by...
Facing Danger with Maturity
Weizmann Institute of Science and Hebrew University of Jerusalem scientists have discovered that stem cell maturation can also serve as an immune defence mechanism. We all begin life as a collection of embryonic stem cells that have a remarkable ability to mature into...
Novel Molecular Marker May Improve Prostate Cancer Treatment
An international research team led by the Weizmann Institute of Science has uncovered a key mechanism of prostate cancer treatment resistance and points to a potential combination therapy for patients. Most prostate cancers rely on male sex hormones, known as...
Revolving Doors and Efficient Engines: How Proteins Escape a Molecular Tangle
A new study from the Weizmann Institute of Science has revealed how energy-efficient cellular machines rapidly untangle misfolded proteins – a finding that may help improve the design of artificial molecular machines. Trying to untangle a knot in a mess of strings can...