Cedric🧬➰🧬Feschotte(@CedricFeschotte) 's Twitter Profileg
Cedric🧬➰🧬Feschotte

@CedricFeschotte

Prof @Cornell, #firstgen, immigrant 🇫🇷🇺🇸, he/him. Come for the memes, stay for the transposon and virus stuff.

ID:2826832092

linkhttp://www.feschottelab.com calendar_today22-09-2014 19:27:29

14,1K Tweets

8,4K Followers

1,8K Following

Angelique Deleris(@AtDeleris) 's Twitter Profile Photo

Happy to share our last work: 'Alternative silencing states of Transposable Elements in Arabidopsis' biorxiv.org/content/10.110…

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Nadav Ahituv(@NadavAhituv) 's Twitter Profile Photo

Massively parallel jumping assay (MPJA). High throughput assay to assess the jumping potential of thousands of retrotransposon sequences/haplotypes. Amazing work by Navneet Matharu, Jingjing_Zhao, Martin Kircher and many others. biorxiv.org/content/10.110…

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Cedric🧬➰🧬Feschotte(@CedricFeschotte) 's Twitter Profile Photo

Startups probe hidden viruses in the ‘dark genome’ to treat disease - read: the industry wakes up nature.com/articles/s4158…

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Cornell MBG(@CornellMBG) 's Twitter Profile Photo

Exciting news from the American Academy of Arts and Sciences - congratulations to MBG's Distinguished Professor Mariana Wolfner!
Mariana Wolfner Lab
news.cornell.edu/stories/2024/0…

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Rebecca Berrens(@RBerrens) 's Twitter Profile Photo

This was my first conference since 2019 and I did remember correctly that the TE community is just awesome. Thank you very much for organising such an inspiring and exciting conference. Going back home with a lot of cool new ideas International congress on transposable elements

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Physalia-courses@ONLINE(@Physacourses) 's Twitter Profile Photo

⁉️Interested in transposable elements⁉️
⁉️Do you want to learn how to analyse them⁉️

Join us in June for this great online course with Valentina Peona & Clément Goubert 🥖 [email protected] physalia-courses.org/courses-worksh…

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⁉️Interested in transposable elements⁉️ ⁉️Do you want to learn how to analyse them⁉️ Join us in June for this great online course with @valentina_peona & @clementgoubert physalia-courses.org/courses-worksh… Please RT
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Cedric🧬➰🧬Feschotte(@CedricFeschotte) 's Twitter Profile Photo

Totally 🤯 by Sam Sternberg talk at : phages have coopted bacterial RNA-guided transposons into RNA-guided transcription factors to precisely manipulate host gene expression! Likely used for inter-phage warfare!

biorxiv.org/content/10.110…

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Cedric🧬➰🧬Feschotte(@CedricFeschotte) 's Twitter Profile Photo

Totally wild story by Alex de Mendoza: DNA methyl transferase unique to Amoebidium unicellular holozoan (sponge-like) silences various endogenous giant viruses and transposons!


biorxiv.org/content/10.110…

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Cedric🧬➰🧬Feschotte(@CedricFeschotte) 's Twitter Profile Photo

Exciting talk by Deborah Bourc’his on novel transcriptional repressor complex acting on IAP retrotransposons in mouse. Beautiful work. The power of genetic screens!

Exciting talk by @DeborahBourchis on novel transcriptional repressor complex acting on IAP retrotransposons in mouse. Beautiful work. The power of genetic screens! #icte2024
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Cedric🧬➰🧬Feschotte(@CedricFeschotte) 's Twitter Profile Photo

Brilliant keynote by Sandra DuharcourtLab on the extraordinary epigenetic gymnastics of TE DNA elimination in ciliates. So much good science at it’s guaranteed to send me back home with no brain left 🤯🤯🤯

Brilliant keynote by Sandra @DuharcourtLab on the extraordinary epigenetic gymnastics of TE DNA elimination in ciliates. So much good science at #ICTE2024 it’s guaranteed to send me back home with no brain left 🤯🤯🤯
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Harmit S. Malik(@HarmitMalik) 's Twitter Profile Photo

Cool talk by Julia Fuchs on how Line 1 ORF1 might compromise nuclear integrity in neurons (biorxiv.org/content/10.110…) ORF1 interacts with Lamin B, causes Lamin delocalization; a causal role for L1 in neurodegeneration!

(My brain cannot take in more 🤯 information!)

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Cedric🧬➰🧬Feschotte(@CedricFeschotte) 's Twitter Profile Photo

What’s in our genome:
🧬~1% codes for cellular proteins
🧬~54% is transposable elements and other repeats, including 17% LINE1 and 10% Alu SINEs
🧬~45% is non-coding DNA of unknown origin (probably mostly ancient TEs)

As always, superb talk by Kathleen Helen Burns at

What’s in our genome: 🧬~1% codes for cellular proteins 🧬~54% is transposable elements and other repeats, including 17% LINE1 and 10% Alu SINEs 🧬~45% is non-coding DNA of unknown origin (probably mostly ancient TEs) As always, superb talk by @KathleenHBurns at #ICTE2024
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