The holy grail of healthy old age may lie in the riddle of cells that stop cancer and hasten age at the same time.
Professor Judith Campisi, the head of research labs at San Francisco’s Buck Institute for Research on Ageing and the Lawrence Berkeley National Laboratory, will present this research at the Inflammation in Disease and Ageing conference at Manly, organised by the Centenary Institute.
She has found that senescent cells, which stop cancer in its tracks, also promote the inflammation that drives many age-related problems and chronic diseases.
Sydney team hopes to reduce the burden with research-led intervention
27 March 2013
Liver diseases have an impact on the Australian economy 40 per cent greater than chronic kidney disease and Type 2 diabetes combined, according to a report released today.
The report estimates the annual burden of liver diseases in Australia at more than $50 billion. And yet almost all liver disease is preventable.
The Centenary Institute’s liver research unit is one of the biggest in Australia. It is also one of first in the world to try to come to grips with liver damage at its most fundamental molecular level.
Compounds that affect respiratory health have been found in biodiesel exhausts. This might lead to restrictions on the use of this form of biofuel as an alternative to fossil fuel, according to researchers from the Queensland University of Technology (QUT).
“With fossil fuel reserves dwindling, developing renewable alternative fuels is important,” postdoctoral fellow Dr Nicholas Surawski says, “but we should be particularly careful to protect against unwanted respiratory illness when we adopt new transport fuels.” The team is now looking at ways of cleaning up biofuel exhausts.
Nicolas is one of the 2012 Fresh Scientists, presenting his work for the first time to the public.
The team looked at a range of biodiesels made from soy, tallow and canola.
Using specialised analytical monitoring equipment developed at the University, they discovered that burning diesel fuels with a high percentage of biodiesel (up to 80%) produced higher emissions of compounds linked to respiratory disease. These biologically active compounds are called reactive oxygen species and form on surface of small soot particles in the exhaust emissions. Reactive oxygen species can lead to the cell damage called oxidative stress which, over long periods of time, can progress to serious respiratory disease.
“This is a very important discovery,” Nicholas says. “Now we’ve identified a component of the emissions that causes the problem we can start to look for solutions.
The research team, led by Professor Zoran Ristovski, is now focusing on understanding the way the reactive oxygen species in the emissions are generated, and on how to remove them.
This work is aimed at providing the transport industry with fuels that not only have a favourable environmental impact, but also that place a lesser burden on respiratory health.
Images and video footage to support the story are available on request from the research team.
The research was published in Environmental Science and Technology.
These are some of the stories from scientists participating in the he Ultimo Science Festival which kicks off in Sydney next Thursday, 16 August. It’s 11 days of serious science fun, with 50 events running day and night around the Powerhouse Museum, the ABC Ultimo Centre, Ultimo TAFE and the University of Technology, Sydney. [continue reading…]
These are some of the stories from scientists participating in the he Ultimo Science Festival which kicks off in Sydney next Thursday, 16 August. It’s 11 days of serious science fun, with 50 events running day and night around the Powerhouse Museum, the ABC Ultimo Centre, Ultimo TAFE and the University of Technology, Sydney. [continue reading…]
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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.
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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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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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Good mix in terms of topics covered, people invited and media coverage. This course will make me more comfortable and I believe it will improve my confidence about myself and how I talk about my work in front of media.
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Sarah is an amazing instructor. She has looked after each of the participants very well. I really like her style. Thank you to all team for a valuable training session.
Pushed me to finesse/develop a pitch, find an edge that will facilitate communicating my research findings. The real world experience/opportunity for interviews was exceptionally helpful
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Pushed me to finesse/develop a pitch, find an edge that will facilitate communicating my research findings. The real world experience/opportunity for interviews was exceptionally helpful
The day was a great balance of topics and presented in an approachable and friendly style that was very inclusive. It was a fantastic and informative session that will really help me day-to-day in the communications work I do.
Ben Westmoreland, 2022
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The day was a great balance of topics and presented in an approachable and friendly style that was very inclusive. It was a fantastic and informative session that will really help me day-to-day in the communications work I do.
cancer and hasten age at the same time.
