The National Stem Cell Foundation of Australia supports stem cell science and educates the community about the potential and dangers of stem cell therapies.
Using stem cell research to fight cancer has won two Australian researchers $55,000 each in the annual Metcalf Prizes for Stem Cell Research, awarded by the National Stem Cell Foundation of Australia.
Dr Melanie Eckersley-Maslin—a new recruit of the Peter MacCallum Cancer Centre—believes the proteins which control the growth of cells in embryos could teach us how to stop the uncontrolled growth of cells in cancer.
Vital to normal development in early life, these molecules may later play a role in the early stages of cancer or help it spread. If so, we could target them therapeutically and block or slow progression of the disease.
Associate Professor Steven Lane of the QIMR Berghofer Medical Research Institute wants to lift the survival rates of his leukaemia patients. He thinks the key could lie in the genetic fingerprints of the blood cancer stem cells that proliferate the disease.
Steven is studying how these cells become resistant to treatment through genetic changes. He will use the knowledge to develop more effective and tailored therapies, both to prevent and treat potentially fatal relapses.
The scientists have been recognised by the Foundation for their early-career leadership in stem cell research.
Dr Melanie Eckersley-Maslin. Credit: Peter MacCallum Cancer Centre
Proteins which control the growth of cells in embryos could teach us how to stop the uncontrolled growth of cells that is the hallmark of cancer, thanks to work by molecular biologist Dr Melanie Eckersley-Maslin.
Vital to normal development in early life, these molecules may later play a role in the early stages of cancer or help it spread. If so, we could target them therapeutically and block or slow progression of the disease.
In recognition of her leadership in the field, Melanie has received one of two annual $55,000 Metcalf Prizes from the National Stem Cell Foundation of Australia.
Brisbane scientist awarded for research into new blood cancer treatments
Professor Steven Lane. Credit: QIMR Berghofer Medical Research Institute
Clinical haematologist Associate Professor Steven Lane wants to lift the survival rates of his leukaemia patients. He thinks the key could lie in the genetic fingerprints of the blood cancer stem cells that proliferate the disease.
Steven is studying how these cells become resistant to treatment through genetic changes. He will use the knowledge to develop more effective and tailored therapies, both to prevent and treat potentially fatal relapses.
In recognition of his leadership in stem cell research, he has received one of two annual $55,000 Metcalf Prizes from the National Stem Cell Foundation of Australia.
Breast epithelial cells in culture, viewed through a microscope Credit: Dr Teneale Stewart/Davis Lab, Mater Research Institute, UQ
The stubborn
endurance of heart cells and remarkable plasticity of breasts have won two
Queensland researchers $50,000 each in the annual Metcalf Prizes, awarded by
the National Stem Cell Foundation of Australia.
Mammary biologist Dr Felicity Davis is investigating how breasts change through life: how they develop during puberty, alter during pregnancy and change back after breastfeeding is complete.
A scientist at the University of Queensland’s Mater Research Institute, she
is examining the role stem cells play in this remarkable tissue plasticity.
For a few short days after birth, the heart can regenerate damaged tissue. Enzo Porrello wants to understand why this ability turns off, so that he and colleagues can switch it back on to heal broken hearts.
Understanding regeneration could lead to new treatments for different types of heart disease, the world’s biggest killer, from birth defects to heart attacks late in life. [continue reading…]
Heather Lee is analysing individual cancer cells to understand how some survive therapy. Her research ultimately aims to prevent relapse and lift survival rates for leukaemia.
Heather invented a way to study the genetics of individual cells more closely that will help her find out why some cancer cells are treatable, and others go rogue. With her new technique, she can see the chemical ‘flags’ that tell the cell how to interpret its genetic code. At the same time, she can watch how those instructions are—or aren’t—carried out. [continue reading…]
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Science In Public
2020-01-28T15:04:28+11:00
Anonymous - Sydney Jan 2020
Sarah's structure of the course, specific insight and understanding of science, her contacts and common mistakes made in communication were great and furthered my skills in this area.
This is one of the best science communication courses I have ever encountered. It teaches all research to think out of box and really simplify their research in lay man's language. I will highly recommend this to anyone looking to learn more about science communication.
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Science In Public
2020-02-24T09:29:55+11:00
Shwathy Ramesh
This is one of the best science communication courses I have ever encountered. It teaches all research to think out of box and really simplify their research in lay man's language. I will highly recommend this to anyone looking to learn more about science communication.
