James Kinross

Thanks to the for asking me to give an opinion on this. is so important but a) there is a lot of bullsh*t, which is often counter productive (e.g. extreme diets are rarely healthy) and b) don’t forget we have a global , and microbes in our lungs, on our skin and all over us. They all need a bit of love.

This was so fun. It’s nice to be able to talk on such a wide variety of subjects, and to be able to explain how the microbiome impacts so many aspects of our health. I really hope you like it. Link in bio.

Huge thanks to for having me into discuss all things related. Some amazingly insightful questions from the audience on personalized nutrition, epigenetics and the future of fertility. Link in bio if you want to watch!

This is an important read and I was very grateful to contribute. We don’t think about how antibiotics change our mental health, and they do this through a myriad of complex molecular interactions that we simply have no measure of. If you are taking antibiotics there are some simple things you can do to help yourself. Link in bio if you want to find out more.

This blew my mind. was as informed and passionate as ever about promoting gut health and the whole team were just lovely. Thanks for having me! (Link in bio as they say).

Thanks to the for such a generous review! 🙏🙏🙏

PODCAST ALERT! Oh yes… if you are not quite tired by the sound of my voice… this is a peach. Thanks to .c.tucker for having me!

Thanks so much to for publishing this. If we really want to prevent non-communicable disease then we need to understand the formation of the in early life and it’s dynamic relationship with our immune system. That is harder than it sounds. Link in bio as they say.

“Microbiome research is a world of clouds, databases, sequencing,
germ-free animals and, occasionally, a Petri dish. It owes its rapid
evolution to advances in computing power, but this is merely the
beginning. We’re moving towards a world of integrated systems
biology, where the microbiome will be just one more omics science
in the great algorithm that will explain the workings of all life on Earth. But there’s something particularly special about the Microbiome that means it will be mined in its own right”.

“Billions of galaxies of bacteria, archaea, viruses, phage, fungi,
helminths and protozoa circle around the life-giving heat of a single
human star. Some of these galaxies can be found living across entire
organs, such as our skin, while others exist within microscopic
niches – think of a crypt or gland in the gut. Some form within sin-
gle human cells and burn brightly for only a short time before being
extinguished by the immune system. Many niches stay with us for
our whole life. But they’re all intricately connected with each other,
with you and with your environment. They’re in competition for
resources, and in this microscopic food pyramid, predators hunt
smaller microbes for survival. The essential by-products and waste
from metabolism are also consumed as part of a living network that
spans across the gut and the body.”

We need new models to visualise the microbiome and it’s connectivity at these scales.

Feel very lucky to have been on with and to discuss how the modifies our risk of allergies. Hyperglobalisation is causing a form of internal climate crisis that is changing our . You can read more at the link in the bio.

Faecal microbiota transplants (FMT) are being used all over the world to treat a large variety of chronic health diseases that are not classically associated with “microbes”. FMT is the gateway to understanding the importance of the to human health. Read more of this piece in the in the link.
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Today is publication day. Wow.

Thanks to and for making this happen. Thanks to my colleagues and patients for their wisdom and generosity. Also to and team for supporting this project. So grateful.

So excited that this will finally be released on June 15th. Sign up at the link in bio to keep up to date with all things and .
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