Eleftheria Parasyraki (@eparasyraki) 's Twitter Profile
Eleftheria Parasyraki

@eparasyraki

epigenetics | DNA modifications 🧬| frogs 🐸 |
PhD student @imbmainz

ID: 1256229711144988680

calendar_today01-05-2020 14:32:45

67 Tweet

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ChiaraG (@chiara_galy) 's Twitter Profile Photo

😱😱 JUST ONE WEEK TO THE PINT OF SCIENCE! 🚨 Secure your tickets now if you want to meet on 22-24 May researchers from IMB Mainz Universität Mainz Max-Planck-Institut für Polymerforschung Goethe-Universität & #HelmholtzInstituteMainz in pubs🍻🤩😃 Events in 🇬🇧 & 🇩🇪 Buy your tickets! 🎫🕐📍pintofscience.de/events/mainz #mainz

Tatiana Prowell, MD (@tmprowell) 's Twitter Profile Photo

In case you missed it: Women are less likely to be credited for their scientific contributions than men. It’s true across multiple fields & at all stages, with important repercussions for career progress. #WomenInSTEM #WomenInMedicine #MedTwitter nature.com/articles/s4158…

In case you missed it: Women are less likely to be credited for their scientific contributions than men. It’s true across multiple fields & at all stages, with important repercussions for career progress.  #WomenInSTEM #WomenInMedicine #MedTwitter 

nature.com/articles/s4158…
Eleftheria Parasyraki (@eparasyraki) 's Twitter Profile Photo

Get a taste of what we do in the Niehrs lab while sipping a cold German beer 🧑🏻‍🔬🍻 At the Pint of Science Germany e.V. #Mainz this upcoming Monday! #pint23 #pint23DE

IMB Mainz (@imbmainz) 's Twitter Profile Photo

Our Niehrs lab & the Horvath lab at UCLA created a DNA methylation “clock” that measures #ageing in #xenopus - an important model organism. This “clock” can help us better understand why we age & develop new treatments for age-related diseases in humans.➡️imb.de/about-imb/news…

Our Niehrs lab &amp; the Horvath lab at <a href="/UCLA/">UCLA</a> created a DNA methylation “clock” that measures #ageing in #xenopus - an important model organism. This “clock” can help us better understand why we age &amp; develop new treatments for age-related diseases in humans.➡️imb.de/about-imb/news…
IMB Mainz (@imbmainz) 's Twitter Profile Photo

The winter call of the IPP is open! Are you excited about #AgeingResearch or can’t get enough of #GenomeStability, #RNABiology & #Bioinformatics? The International #PhDprogramme is offering over 25 projects in groups at IMB, Universitätsmedizin Mainz & Universität Mainz ➡️imb.de/phd

The winter call of the IPP is open!
Are you excited about #AgeingResearch or can’t get enough of #GenomeStability, #RNABiology &amp; #Bioinformatics?
The International #PhDprogramme is offering over 25 projects in groups at IMB, <a href="/UnimedizinMainz/">Universitätsmedizin Mainz</a> &amp; <a href="/uni_mainz/">Universität Mainz</a> ➡️imb.de/phd
Ketting Lab (@kettinglab) 's Twitter Profile Photo

Looking for fresh input into our Lab! Interested in doing a PhD in RNA biology? Apply! Besides great projects (to be developed by you!) we offer excellent conditions, nice colleagues and a lovely city. Looking forward to your application! RT appreciated imb.de/students-postd…

König Lab (@koenig_lab) 's Twitter Profile Photo

Kathi and Julian present #RNA at the #pint24de pub talk. Thank you pint of science team for organizing! Featuring the best solution for a short video beamer cable 👇

Kathi and Julian present #RNA at the #pint24de pub talk. Thank you pint of science team for organizing! 

Featuring the best solution for a short video beamer cable 👇
Cell (@cellcellpress) 's Twitter Profile Photo

Now online! 5-Formylcytosine is an activating epigenetic mark for RNA Pol III during zygotic reprogramming dlvr.it/TCfNJg

IMB Mainz (@imbmainz) 's Twitter Profile Photo

Our Niehrs lab discovered that a #DNA modification called 5-formylcytosine acts as an "on-switch" for genes during early embryonic development. This breakthrough shows, for the first time, that #mammals have more than one type of #epigenetic DNA mark. #ScienceNews #Genetics

Our Niehrs lab discovered that a #DNA modification called 5-formylcytosine acts as an "on-switch" for genes during early embryonic development. This breakthrough shows, for the first time, that #mammals have more than one type of #epigenetic DNA mark.

#ScienceNews #Genetics