Katja Kobow
@katjakobow.bsky.social
170 followers 220 following 23 posts
Epigenetics enthusiast. Working in molecular neuropathology 🧠🔬🧬 @FAU.de. Visiting scientist @UKL_Leipzig. Malformations and #epilepsy. DNA methylation and #aging. kobowlab.org
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Reposted by Katja Kobow
ewanbirney.bsky.social
A reminder that the PhD program for EMBL is open for winter recruitment round. If you want to understand life at a molecular level and have a quantitative science (you don't have to have done biology - we love our mathematicians/physcists/chemists!) apply www.embl.org/about/info/e...
Application – EMBL International PhD Programme
www.embl.org
katjakobow.bsky.social
Did you know that people with #epilepsy have a significantly reduced life expectancy and an increased burden of age-related comorbidities? Our new study „Time flies faster in epilepsy“ lnkd.in/d28QCtMS looks into how biological aging contributes to the disease.
katjakobow.bsky.social
Take-home message:
Epilepsy and aging intersect at the molecular level.
Recognizing accelerated epigenetic aging as part of epileptogenesis may reshape how we understand, and eventually treat, epilepsy.
katjakobow.bsky.social
Why it’s important:
These results identify biological aging as a mechanistic feature of epilepsy, opening new perspectives for intervention and disease modification possibly through targeting aging pathways.
katjakobow.bsky.social
In mice:
Findings were confirmed. Moreover, accelerated aging in some animals appeared before seizures developed, indicating it is not merely a consequence of epilepsy, but part of the epileptogenic process itself.
katjakobow.bsky.social
What we found:
🧠 Epileptic brain tissue showed accelerated biological aging compared to non-epileptic autopsy controls.
🩸 Blood samples revealed similar patterns, across different etiologies.
🧬 The brain aged faster than the blood.
katjakobow.bsky.social
What we did:
We analyzed DNA methylation from surgical brain and blood samples of 298 epilepsy patients (structural and genetic forms) and compared them to controls.
We also studied an mTOR mouse model of epilepsy.
katjakobow.bsky.social
The question:
Is accelerated biological aging measured by “epigenetic clocks” involved in epilepsy? While these clocks have linked aging to cancer, cardiovascular, and neurodegenerative diseases, their role in epilepsy was unknown.
katjakobow.bsky.social
Why it matters: People with epilepsy have a 10-12 years reduced life expectancy and an increased burden of age-related comorbidities. Seizures trigger molecular and cellular hallmarks of aging, yet direct evidence for accelerated aging in epilepsy has been lacking.
katjakobow.bsky.social
Have you ever thought that #epilepsy may not just be a disorder of hyperexcitable neurons, but it may also be one of premature molecular #aging?
Reposted by Katja Kobow
Reposted by Katja Kobow
epilepsiajournal.bsky.social
New in Epilepsia – September 13, 2025
mailchi.mp/ilae/new-art...

Subscribe - eepurl.com/iLSrNc

#epilepsy #epilepsia #ILAE #EpilepsyResearch #NewInEpilepsy #JustPublished #LatestResearch
Reposted by Katja Kobow
ebmresearch.bsky.social
Upcoming EBM Virtual Brain Talk 🧠

We are excited to announce our next virtual brain talk:
"There and back again - The translational journey in modern Neurosurgery"

Speaker: Prof. Dr.med. Oliver Schnell (UKER, Germany)
📅 22.09.2025
⏰ 4:00 PM (CEST)
💻 Online via Zoom
katjakobow.bsky.social
#IEC2025 started today in Lisbon. Looking forward to 5 days full of learnings and meeting friends from around the globe, including clinicians, basic scientists, and people with #epilepsy
Reposted by Katja Kobow
k4tj4.bsky.social
1
To predict the behaviour of a primate, would you rather base your guess on a closely related species or one with a similar brain shape? We looked at brains & behaviours of 70 species, you’ll be surprised!

🧵Thread on our new preprint with @r3rt0.bsky.social , doi.org/10.1101/2025...
Brain Surfaces of 70 primate species
katjakobow.bsky.social
Searching for a #postdoc opportunity in Europe? Are you interested in neuroinflammation, immunometabolism and/or epilepsy research?? 🧠 Apply now and work with a great team at RCSI in beautiful Dublin my.corehr.com/pls/coreportal.
@Futureneuro_ie @RCSIPharmBioMol
*****Closing date 16th July*****
katjakobow.bsky.social
The film tells the story of Kenyans living with epilepsy and the pain, isolation, and harm they have suffered because of discrimination and deeply embedded cultural beliefs. By telling their truth, and the truth about epilepsy, they overcome shame – the ultimate curse of epilepsy stigma.
katjakobow.bsky.social
Epilepsy stigma has existed since ancient times and persists in various degrees throughout the world. Fight stigma! Watch this beautiful, intimate, and powerful film and share. #StigmaOfEpilepsy youtube.com/watch?v=-JQN...
The Curse of Stigma Documentary Film
YouTube video by Whitten Newman Foundation
youtube.com
Reposted by Katja Kobow
djabaudon.bsky.social
Why does the forebrain expand dramatically while other neural regions grow less? Our new publication reveals progenitor metabolism critically shapes region-specific brain growth. Thread below. authors.elsevier.com/a/1k-udL7PXu...
Reposted by Katja Kobow
sfn.org
Has a colleague's work influenced your research?

Has a mentor guided your neuroscience career?

Don’t miss a chance to pay it forward by nominating them for a 2025 SfN Award or Prize.

🚨 Submit your nomination by the new deadline: Thursday, May 15.

🔗 bit.ly/4iXFGLz

#NeuroSky
Reposted by Katja Kobow
timothysnyder.bsky.social
"On Tyranny" is a #1 NYT bestseller again. I wish the moment were different. But I’m glad the book is useful. And grateful for all the kind words about putting the 20 lessons to work.
snyder.substack.com/p/twenty-les...
Twenty Lessons, read by John Lithgow
Key selections from On Tyranny, for viewing and sharing
snyder.substack.com
Reposted by Katja Kobow
ardemp.bskyverified.social
Do we owe multicellularity to the ability to handle pressure? "We show that uniaxial compression induces clonal multicellularity in haloarchaea, forming tissue-like structures."
nerdychristie.bsky.social
How did life go from solo cells to many coordinating ones? Perhaps a bit of pressure. That story and more of the best from @science.org and science in this edition of #ScienceAdviser: www.science.org/content/arti... 🧪
When subjected to mechanical pressure, the salt-loving archaeon Haloferax volcanii grows bigger and bigger before fragmenting into a tissue-like, multicellular network.  Rados et al./Science (2025)