Part 2 Cancer Podcast: Getting your best cancer outcome - the massive role of diet, nutrition & insulin signalling. Anna Goodwin

Science, stewardship & scalability.

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Part 2 Cancer Podcast: Getting your best cancer outcome - the massive role of diet, nutrition & insulin signalling. Anna Goodwin

'One more metabolic disorder'. Part 2 of a 2 part series looking at the biology of cancer & treatment of cancer

PSGRNZ

Mar 08, 2024

In this podcast (also available as a YouTube video with subtitles) Dr Goodwin, a retired oncologist and secondary prevention & wellness consultant discusses:

Cancer as an injury response driven by inflammation & ongoing injury signalling, & an inadequately malnourished host - malnutrition.
Support chemotherapy cycles & maximise recovery time.
Glucose present: more glycated cells become, more primitive they become.
Insulin can exert intergenerational effects.
Nuances around oxidation, oxidative stress & autophagy.
Get your nutritional infrastructure right to support your mitochondrial machinery.
Clean Paleo or Ketogenic - diets that our genes understand. No longer reacting to inflammation.
Nutritional cofactors: Vitamin D, Magnesium, Selenium, B12, Manganese, Zinc.
Why cancer doctors are concerned about Vitamin C
Glioblastoma - diet can play a big role.
The dietary habits of men with prostate cancer.
Evidence pyramids - from cellular level, to individual cases, to cohort data & meta-analyses.
Role of radiation.
How to really address inequity of health - it’s all about nutrition!
Why cancer treatment & prevention need not be separate modalities.

Go to Part 1:

Podcast: Unravelling the biological drivers of cancer after 30 years in oncology.

Youtube video: Unravelling the biological drivers of cancer after 30 years in oncology.

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Science, stewardship & scalability.

Doctors & scientists talking about how policy-makers steward tech, pollution & open-ended systems to protect human & environmental health. Discussions traverse health, environment, agriculture, technology and governance. They shed light on why linear, technical approaches to risk assessment & regulation often create more problems in open-ended, biologically complex environments than they solve.

How can we identify & prevent tipping points to build resilience & protect health – from soil biology; to water systems; to our children and young people - who are being diagnosed with preventable conditions, at younger and younger ages?

Importantly: When policy and decisions around new laws rest upon science claims, how do 'we' create governance structures to prioritise the independent science & research that might inform policy & triangulate industry claims?

There's lots to talk about!

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