MELBOURNE researchers have doubled survival times for advanced blood cancer in pre-clinical models through a combination of medications that shut down the “construction workers” of the cells.
Researchers at the Peter MacCallum Cancer Centre are pioneering the development of a new combination drug therapy to treat advanced blood cancers which has doubled survival times in pre-clinical laboratory models.
A SIMPLE blood test could give immediate feedback on the success of cancer treatments — and detect relapses in “cured” patients — thanks to a world-first breakthrough by a Melbourne scientist.
Researchers at Peter MacCallum Cancer Centre have discovered how a form of leukaemia fights back against a ground-breaking treatment, providing vital new leads on how to outwit the deadly disease.
Researchers from Melbourne’s Peter MacCallum Cancer Centre have discovered a new drug which stops tumour growth and strengthens the power of chemotherapy in laboratory models of advanced oesophageal cancer, paving the way for clinical trials for people with this serious form of cancer.
A landmark clinical trial led by radiation oncologists in Australia, Canada and the United States has shown that radiation treatment of the lymph nodes in addition to the breast after breast cancer surgery can prolong the time women remain cancer-free.
It's been hailed as the biggest breakthrough in 50 years, and could significantly improve the lives of thousands of patients suffering head and neck cancer.
The largest complete DNA analysis of ovarian cancer in the world, published overnight in Nature, has revealed unprecedented new insight into the genetic twists and turns a deadly form of the disease takes to outsmart chemotherapy, potentially changing treatment approaches for women around the world.
Associate Professor Prue Francis from the Peter MacCallum Cancer Centre has received the Medical Oncology Group of Australia’s prestigious Cancer Achievement Award for 2015, acknowledging her international leadership of practice-changing clinical trials in breast cancer.