Sangamo Therapeutics(@SangamoTx) 's Twitter Profile Photo

Join today at , for our final posters featuring our next-generation MINT platform, engineering Bxb1 to integrate large sequences of 🧬 into the genome, and further advancements in epigenetic regulation with STAC-BBB-enabled prion repression. bit.ly/3QhlQyY

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Max Hertan(@maxhertan) 's Twitter Profile Photo

Dave Pascoe is 61.

Yet his epigenetic age is only 37.

He’s aging at an annual rate of 0.66, narrowly outpacing Bryan Johnson.

Here’s a breakdown of his biohacking protocol and how much it costs (it’s WAY less than you think):

Dave Pascoe is 61.

Yet his epigenetic age is only 37.

He’s aging at an annual rate of 0.66, narrowly outpacing Bryan Johnson.

Here’s a breakdown of his biohacking protocol and how much it costs (it’s WAY less than you think):
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Richard Willett(@WTAFRich) 's Twitter Profile Photo

The Crimson King and Epigenetic Monarchs: They have to tell you.

This weeks WTAF.
Audio podcast out today, video version out Sunday Free to watch on Ickonic

Your weekly antidote to woke with myself and Gareth Icke

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Colin Keeley(@ColinKeeley) 's Twitter Profile Photo

Bryan Johnson spends $2 million a year to be 18 years old again.

In 2021, he reduced his epigenetic age by 5.1 years in 7 months (a world record)

His 13-steps for a long healthy life:

Bryan Johnson spends $2 million a year to be 18 years old again.

In 2021, he reduced his epigenetic age by 5.1 years in 7 months (a world record)

His 13-steps for a long healthy life:
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Amelia Cuarenta, PhD(@AmeliaForty) 's Twitter Profile Photo

I am thrilled to share that I have accepted a TT Assistant Professor position at the University of Michigan in Biopsychology starting fall 2025! My lab will investigate how early life adversity interacts w/ genetic & epigenetic mechanisms to modulate rewarding behavior. 🧠🧬🐁

I am thrilled to share that I have accepted a TT Assistant Professor position at the University of Michigan in Biopsychology starting fall 2025! My lab will investigate how early life adversity interacts w/ genetic & epigenetic mechanisms to modulate rewarding behavior. 🧠🧬🐁
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parmita(@prmshra) 's Twitter Profile Photo

These changes trigger epigenetic modifications, creating a vicious cycle that worsens mitochondrial damage and accelerates disease progression. The same pattern holds for other diseases and aging.

These changes trigger epigenetic modifications, creating a vicious cycle that worsens mitochondrial damage and accelerates disease progression. The same pattern holds for other diseases and aging.
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Mara Stadler(@StadlerMara) 's Twitter Profile Photo

I'm excited to share that our paper, 'asteRIa enables robust interaction modeling between chromatin modifications and epigenetic readers,' is now out in NAR!
academic.oup.com/nar/article/do…

Through statistics and large-scale proteomics data, we disentangle combinatorial epigenetics 👇

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Immunic Therapeutics(@ImmunicInc) 's Twitter Profile Photo

📅 STD: May 20, 2:00-3:30pm ET Digestive Disease Week in Washington, D.C.!

🗣️ Dr. Franziska Burianek, $IMUX's Senior Medical Director, will present: 'First in human trial of IMU-856, an orally available epigenetic modulator of barrier regeneration for the treatment of disease.' 🌾

📅 STD: May 20, 2:00-3:30pm ET @DDWMeeting in Washington, D.C.!

🗣️ Dr. Franziska Burianek, $IMUX's Senior Medical Director, will present: 'First in human trial of IMU-856, an orally available epigenetic modulator of barrier regeneration for the treatment of #celiac disease.' 🌾
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Nita Jain (ME/CFS, Long Covid, MCAS)(@HealthUnveiled) 's Twitter Profile Photo

We are frequently told that cancer is caused by the accumulation of genetic mutations, but this paradigm doesn't hold up under closer scrutiny.

A new study by Parreno et al. explores the role of epigenetic alterations in the initiation and progression of cancer.

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