January 18, 2018
acrf
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New blood test can detect eight different cancers in their early stages -
ACRF Awards $7.5 Million To Accelerate Cancer Research -
New Pancreatic Cancer Drug DiscoveryNovember 8, 2017Communications Team -
Cell surface receptors guide immune cell attack -
Cancer rates in Australia: liver cancer on the rise -
Surgery for early stage prostate cancer doesn't save lives -
Cancer study raises hopes for new sarcoma treatment -
Tumour-trained T cells on the lookout for cancers -
New childhood leukaemia subtype found -
Immune cell discovery opens up possibility of new treatment for blood cancer -
Prostate cancer genome map uncovers new DNA rearrangements -
New way to suppress the growth of gastrointestinal tumours -
Softening tumours before chemo improves pancreatic cancer survival -
Diversity of T-cells improves lymphoma immune response -
New genetic causes of ovarian cancer identified -
World-first liquid biopsy for blood cancers to improve treatment -
Newly discovered breast stem cells woken up by ovarian hormones -
Glowing, drug-resistant leukaemia cells could help unlock new therapies -
New pathway for blood cancer therapies -
New approach to cancer treatment design -
Genetic links for neuroendocrine pancreatic cancer revealed -
One step closer to early detection of lung cancer -
An enzyme with the capacity to suppress cancer growth -
New discovery helps target lung cancer -
Cancer immunity enhanced by extending lifespan of natural killer cells -
Immunotherapy before surgery could improve cancer survival rates -
Quality of pancreatic cancer care influenced by where you live -
Immune T cells know when their time’s up -
An old antidepressant - the next brain cancer breakthrough? -
New compound shows promise in treating many types of cancer -
‘Cellular CCTV’ helps solve longstanding leukaemia mystery -
Bright mammogram spots could predict future breast cancers -
Venetoclax could target hard to treat childhood cancers -
New method to tackle hard to treat breast cancers -
Can we use a simple blood test to detect cancer?September 29, 2016acrf -
Cancer treatment to benefit from nanotechnology study -
Targeting telomerase for new cancer treatments -
Removing a protein and enzyme pair can improve cancer treatment -
Research sheds light on the progression of cancer -
A ‘smart glove’ to reduce need for follow up breast cancer surgery -
Protein discovery leads to tablet that "melts away blood cancer" -
First 3D map of cell-building protein linked to cancer -
New genetic ‘typos’ that cause oesophageal cancer identified -
Fats and cholesterol linked to aggressive cancers -
Cancer risk explored beyond single-gene thinking -
New drug class gives hope for better treatments for myeloma -
Existing treatment could halt lung cancer progression -
Epigenetics enters the arena of personalised medicine -
Blood test helps determine bowel cancer treatment -
Door-opening protein helps spread neuroblastoma -
Breakthrough discovery may help prevent breast cancer -
MLL Translocated Leukaemia discovery to fast track treatment -
Learning the language of cells will help scientists beat cancer -
The 'Natural Killer' within us harnessed to fight cancer -
New therapies for acute myeloid leukaemia -
Catching metastatic cancer cells before they grow into tumours -
Study helps explain how cancer cells become resistant to treatment -
Gene mutation implicated in cancer risk also linked to lower ovarian egg count -
Genome sequencing to benefit hundreds of kids with cancer -
Researchers find more genetic risk factors for endometrial cancer -
Antibody discovery slows spread of cancer in pre-clinical tests -
New drug to enhance cancer treatment -
Invasive melanoma rates improve in Australia - New Zealand worse off -
Cancer, drugs and rock'n'roll -
Could optogenetics provide a new prospect for drug-free treatments? -
Cancer treatment improved by beta-blockers and chemotherapy -
Secrets of killer T cells pave the way to improved cancer treatments -
New genetic drivers of breast cancer identified -
Blood cancer gene discovery -
Cancer spread accelerated by chronic stress -
Promising anti-cancer drug combination for AML -
Pancreatic cancer is made up of four different types of cancer -
Nutlins – a new class of promising anti-cancer drugs -
Research connects chromium supplements with increased cancer risk -
New leukaemia clinical trial shows promising results -
Research to improve targeted cancer radiotherapy -
New targeted therapies for patients with advanced blood cancers -
New cancer discovery halts leukaemia in its tracks -
Spread of pancreatic cancer can be detected by a “biosensor mouse” -
Rogue protein causes breast cancer spread -
The cancer proteome: the next frontier -
Accelerating discovery towards cancer diagnosis and treatment -
ACRF funds research into new cancer treatments at ANU -
Cancer drug development to be turbocharged by ACRF funding -
New centre for early detection of lung cancer -
$10 million for world-first ‘proteome’ of human cancer project -
ACRF gives $17 million to advance cancer research -
Why you might want to wake up a sleeping cancer cell -
Understanding of lung cancer to be boosted -
Young researchers zoom in to early stages of childhood cancer -
Complex sugar molecules to become cancer treatment targets in the future -
Molecular feedback loop causing neuroblastoma has been discovered -
Cancer stem cells - will targeting the root of cancer help? -
Cancer risk and red meat: what the WHO report really said -
Ultrasound-activated bubbles could help make cancer drugs more effective -
World-first immunotherapy treatment trial for brain cancer -
Can stem cell research help explain breast cancer? -
Research shows starving cancer cells could be the key to treatment -
Discovery unveils a key protein causing cancer -
Cancer treatment outcome can be predicted by new diagnostic test -
New ways to fight cancer - Chemistry Nobel DNA research lays foundation -
Breast cancer gene cannot be patented - High Court of Australia -
Cluster of cancer cells spreads more efficiently -
Two new leukaemia discoveries -
Cell signalling pathway discovery shines light on skin cancer -
How epigenetics is providing insight into cancer -
New cancer treatment trialled in Australia -
Rare cancers research receives funding boost -
New cases rise, but death rates decline -
Zero Childhood Cancer Program launched -
Art and science combine to reveal the inner workings of our DNA -
Viruses are highly evolved infectious agents – perfect to go after cancer -
How weaponising the body's immune system can deliver a cure for cancer -
Your body is telling you something – but how do you know if it's cancer? -
Survival of the fittest: how brain tumours adapt through complex ecosystems -
New technology promises rapid cancer testing for developing world -
How cancer abducts your immune cells – and what we can do about it -
Pancreatic cancer subgroups to inform targeted treatment -
Six more ovarian cancer risk genes found -
Blood test could predict risk of non-hereditary breast cancer -
Paving the way for improved neuroblastoma treatments -
Natural killer cells used to fight leukaemia -
New method of treating solid tumours discovered -
Breast cancer treatment enhanced with anti-Leukaemia compound -
Non-invasive laser technology could help bypass the need for biopsies -
Skin Cancer Prevention – Promising Results -
Powerful predictor discovered for aggressive breast cancers
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10-year trial of melanoma vaccine shows promising outcomes -
Existing blood disorder medicine shows promise in treating certain stomach and bowel cancers -
Starving cells could treat one of Australia’s deadliest diseases
