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What is epigenetic ageing, and can we control it — or even reverse it — with diet and exercise? - ABC News

What is epigenetic ageing, and can we control it — or even reverse it — with diet and exercise? - ABC News | Épigénétique | Scoop.it
"Project Blueprint" involves eating the same two meals every day, a regimented exercise routine and a structured sleep schedule. But can it really slow or reverse the ageing process?
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Discover now how this controversial American millionaire managed to reverse his aging thanks to epigenetics! 
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How Epigenetics & RNA Can Help Save the Honey Bees

How Epigenetics & RNA Can Help Save the Honey Bees | Épigénétique | Scoop.it
Honey bee populations worldwide are declining drastically, but a new study sheds light on how a transmissible RNAi pathway might be able to help honey bees become more resistant to pathogens and other threats.
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Alimentation et 1 000 premiers jours de vie | inrae.fr

Alimentation et 1 000 premiers jours de vie | inrae.fr | Épigénétique | Scoop.it
L'alimentation depuis la grossesse jusqu’aux 2 ans de l’enfant est une période déterminante pour son développement et sa santé.
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Researchers Find an Epigenetic Signature Linked With MIS-C

Researchers Find an Epigenetic Signature Linked With MIS-C | Épigénétique | Scoop.it
The genes identified in this signature organize the response of T-cells, the response of natural killer lymphocytes, or the complex factor of HLA-DRB1 antigens.
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In the quest to understand the mysterious multisystem inflammatory syndrome in children (MIS-C) associated with SARS-CoV-2, researchers have uncovered an epigenetic signature named EPIMISC. This signature, identified in a cohort study comparing healthy children, children with COVID-19 without MIS-C, and children with MIS-C, sheds light on the altered immune response and viral activity control implicated in MIS-C development.
 The study, led by the Josep Carreras Leukemia Research Institute and the Bellvitge Biomedical Research Institute in Barcelona, suggests potential applications for early diagnosis and management of MIS-C, emphasizing the role of immune system hyperreactivity in severe outcomes…
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Epigenetic Drug Effective against Bladder Cancer in Mice

Epigenetic Drug Effective against Bladder Cancer in Mice | Épigénétique | Scoop.it
A new mouse study by researchers at Northwestern Medicine offers hope as it demonstrates an epigenetics drug currently being used for blood cancers and rare sarcomas may halt the growth of bladder cancer by activating the immune system.
Tom Accart Lescarcelle's insight:
In this recent study, researchers at Northwestern Medicine have discovered that an epigenetic drug, tazemetostat, initially developed for blood cancers and rare sarcomas, shows promise in halting the growth of bladder cancer in mice. Unlike traditional tumor inhibition, this drug activates the immune system, marking a paradigm shift in treating one of the most common solid tumors. Lead author Joshua Meeks highlights the drug's unique mechanism and its potential to enhance survival in advanced bladder cancer. The study underscores the role of epigenetic therapy in bladder cancer, with tazemetostat now undergoing clinical trials for late-stage bladder cancer patients, offering a new avenue for effective treatment.
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Biosynergy: DNA, epigenetics and space travel

Biosynergy: DNA, epigenetics and space travel | Épigénétique | Scoop.it
Bio-Synergy CEO Daniel Herman speaks about the role of nutrients, DNA and epigenetics in space exploration and how these concepts can be applied closer to home...
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Honey bees: understanding autism & social behaviour

Honey bees: understanding autism & social behaviour | Épigénétique | Scoop.it
I will explain the social behaviour of—and between—autistic people and neurotypicals, using honey bees as an analogy. It will make sense soon, I promise!
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Twin Study Links Exercise to Beneficial Epigenetic Changes

Twin Study Links Exercise to Beneficial Epigenetic Changes | Épigénétique | Scoop.it
Twins who were more physically active had lower signs of metabolic disease and epigenetic markers linked to decreased risk of metabolic syndrome. Findings suggest metabolic diseases are strongly influenced by how a person interacts with their environment as opposed to just their inherited genetics.
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In a groundbreaking study of identical twins, the impact of consistent exercise on metabolic health was explored, revealing intriguing connections between physical activity, epigenetic markers, and metabolic disease. The research, conducted at Washington State University, demonstrated that the more physically active siblings within identical twin pairs exhibited lower signs of metabolic disease, as evidenced by reduced waist size and body mass index. Importantly, these differences were mirrored in epigenetic markers, specifically DNA methylation regions, associated with a decreased risk of metabolic syndrome linked to conditions like heart disease and diabetes. Notably, since the identical twins shared the same genetics, the study underscores the profound influence of environmental interactions on markers of metabolic health, shedding light on the molecular mechanisms linking exercise, epigenetics, and the prevention of metabolic diseases.
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