There's no doubt that medical research is accelerating – thanks to cutting-edge technology we can do experiments faster, at a bigger scale and crunch more data more efficiently. But today we're talking to Associate Professor Liz Caldon, who is slowing down her experiments to understand how we can better tackle cancer drug resistance.

There's no doubt that medical research is accelerating – thanks to cutting-edge technology we can do experiments faster, at a bigger scale and crunch more data more efficiently. But today we're talking to Associate Professor Liz Caldon, who is slowing down her experiments to understand how we can better tackle cancer drug resistance.

We dive deep into the minds of our amazing researchers to find out how they tick and how they are working to make our lives better.

We dive deep into the minds of our amazing researchers to find out how they tick and how they are working to make our lives better.

Medical Minds

Slowing down cancer cells

https://api.omny.fm/orgs/acbb53f8-dca0-419a-b44f-af49001056ab/clips/df569b63-b5f8-4a5d-a8e8-b0ab0058c5e7/transcript

The relief of a successful cancer treatment is all too often marred by a distressing, lingering uncertainty of whether a cancer will return. Cancer cells can tuck away and lie dormant for years before waking up to spread once again. In this episode we speak to Professor Peter Croucher who is tackling some of the toughest problems in cancer research – how can we track cancer cells on their way to becoming dormant, how can we stop them from waking up and how can we eradicate them from our system completely?

The relief of a successful cancer treatment is all too often marred by a distressing, lingering uncertainty of whether a cancer will return. Cancer cells can tuck away and lie dormant for years before waking up to spread once again. In this episode we speak to Professor Peter Croucher who is tackling some of the toughest problems in cancer research – how can we track cancer cells on their way to becoming dormant, how can we stop them from waking up and how can we eradicate them from our system completely?

Giving cancer no place to hide

https://api.omny.fm/orgs/acbb53f8-dca0-419a-b44f-af49001056ab/clips/c597c4a3-090d-4cf3-9224-b13201728eb8/transcript

Genomics is fundamentally changing the way we think about health and disease and driving forward personalised treatment options that would have been pure science fiction just a few years ago. Still, some parts of our genome are more ‘mysterious’ than others. In this episode, we meet Garvan researcher Dr Ira Deveson who is spearheading cutting-edge DNA sequencing methods to future-proof how genomics will integrate into healthcare.

Genomics is fundamentally changing the way we think about health and disease and driving forward personalised treatment options that would have been pure science fiction just a few years ago. Still, some parts of our genome are more ‘mysterious’ than others. In this episode, we meet Garvan researcher Dr Ira Deveson who is spearheading cutting-edge DNA sequencing methods to future-proof how genomics will integrate into healthcare.

Pushing the limits of genomics

https://api.omny.fm/orgs/acbb53f8-dca0-419a-b44f-af49001056ab/clips/b493c1eb-553f-4007-9bd5-b12701650e3c/transcript

Every day, we accumulate trillions of mutations in our body’s genetic material. How does our body stay the course amidst this constant genetic change and what's the link between our genes and our well-being? In this episode we speak to clinician researcher Associate Professor Owen Siggs who explains why genomics may be as much a part of your future GP visits as taking your blood pressure or checking your cholesterol.

Every day, we accumulate trillions of mutations in our body’s genetic material. How does our body stay the course amidst this constant genetic change and what's the link between our genes and our well-being? In this episode we speak to clinician researcher Associate Professor Owen Siggs who explains why genomics may be as much a part of your future GP visits as taking your blood pressure or checking your cholesterol.

How are genes linked to disease?

https://api.omny.fm/orgs/acbb53f8-dca0-419a-b44f-af49001056ab/clips/fcc90c7a-a7a3-4696-af61-b11b000a7810/transcript

Slowing down cancer cells

Medical Minds

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