Giulia Pasquesi
@giuliapasquesi.bsky.social
110 followers 150 following 6 posts
Postdoctoral K99/R00 NIH fellow at CU Boulder in Ed Chuong lab. Transposable Elements, alternative splicing, vertebrate genome evolution. https://scholar.google.com/citations?hl=en&user=S0mlwusAAAAJ Job hunting 🇮🇹
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Reposted by Giulia Pasquesi
epcrocha.bsky.social
New postdoc position in our lab (2 y+): evolutionary genomics of integrons and MGEs with focus on vibrio-phage interactions. Great environment @pasteur.fr for science, career building. Super collaborators @celineloot.bsky.social @amazeld.bsky.social @fredoleroux.bsky.social 3 weeks to apply!
Reposted by Giulia Pasquesi
edchuong.bsky.social
All the credit for this discovery goes to postdoc @giuliapasquesi.bsky.social , who first noticed the isoform in her 2020 Lockdown Sideproject (tm). Her perseverance, creativity, and talent made this study possible and it was an honor to be a part of it. Watch out for her--she's on the job market! 😉
giuliapasquesi.bsky.social
A story of transposons, innate immunity, and how human (and primates) possess an endogenous system to tune interferon response through the relative expression level of a signaling receptor and its alternatively spliced decoy.
edchuong.bsky.social
I’m excited to share our latest study led by @giuliapasquesi.bsky.social out today in @cellpress.bsky.social , uncovering a new way transposons have been repurposed for human interferon signaling! Read on for a thread on cryptic splice variants, decoy receptors, and viruses (1/N) 👇🧵 #TESky 🧪
Regulation of human interferon signaling by transposon exonization
Transposable element exonization can yield functional protein isoforms as seen for primate-specific IFNAR2.
www.cell.com
giuliapasquesi.bsky.social
It wouldn't be my profile otherwise 😍
giuliapasquesi.bsky.social
One of my favorite works. And it had been an honor to be a part of it
genome.cshlp.org/content/29/4...
giuliapasquesi.bsky.social
In the awe of next week big reveal, a little bit of my past.
My very first First-author paper (Nat Commun 2018), as a grad student in Todd Castoe lab. We showed unique characteristics of the conflict between genome size and TE activity in squamates compared to other amniotes.
doi.org/10.1038/s414...
Squamate reptiles challenge paradigms of genomic repeat element evolution set by birds and mammals - Nature Communications
Large-scale patterns of genomic repeat element evolution have been studied mainly in birds and mammals. Here, the authors analyze the genomes of over 60 squamate reptiles and show high variation in re...
doi.org