Sara Macias (@saramaciasrna) 's Twitter Profile
Sara Macias

@saramaciasrna

Antiviral response, non-coding RNAs, retrotransposons & RNA immunity

ID: 1009354611055058945

linkhttp://saramaciasribela.wixsite.com/maciaslab calendar_today20-06-2018 08:37:46

313 Tweet

734 Followers

397 Following

RNA (@rnajournal) 's Twitter Profile Photo

The 5’ end cap structure is critical for the innate immune sensors, IFIT1, IFIT5 and RIG-I to discriminate between self and nonself RNAs bit.ly/3uwsfP4

The 5’ end cap structure is critical for the innate immune sensors, IFIT1, IFIT5 and RIG-I to discriminate between self and nonself RNAs bit.ly/3uwsfP4
RoweLab (@labrowe) 's Twitter Profile Photo

How do tumours evade destruction by the immune system? We are recruiting two postdocs (wet lab/dry lab) to shed light on epigenetic checkpoints of anti-tumour immunity in lung cancers in this collaborative project funded by Cancer Research UK. qmul.ac.uk/jobs/vacancies… qmul.ac.uk/jobs/vacancies…

Martin Turner (@martt_babraham) 's Twitter Profile Photo

New funding and new positions available in immunology Programme including a group leader position. #RNA #immunology see details babraham.ac.uk/work-and-study…

New funding and new positions available in immunology Programme including a group leader position.  #RNA    #immunology see details
babraham.ac.uk/work-and-study…
Guillermo Peris 🧬💻 (@waltzing_piglet) 's Twitter Profile Photo

🔴 Our new preprint up on bioRxiv Molecular Biology. Our results suggest that heterozygous DGCR8 phenotype is highly primate-specific (ps), affecting to ps-microRNA clusters and human endogenous retrovirus H (HERVH). Sara R Heras Sara Macias biorxiv.org/content/10.110…

🔴 Our new preprint up on <a href="/biorxiv_molbio/">bioRxiv Molecular Biology</a>. Our results suggest that heterozygous DGCR8 phenotype is highly primate-specific (ps), affecting to ps-microRNA clusters and human endogenous retrovirus H (HERVH). <a href="/HerasSR/">Sara R Heras</a> <a href="/SaraMaciasRNA/">Sara Macias</a> biorxiv.org/content/10.110…
Sara R Heras (@herassr) 's Twitter Profile Photo

Really excited to share our last work in collaboration with Sara Macias: "DGCR8 haploinsufficiency leads to primate-specific RNA dysregulation and pluripotency defects"! biorxiv.org/content/10.110…

Sara Macias (@saramaciasrna) 's Twitter Profile Photo

recruiting a PhD student to study the role of RNA binding proteins 🧬for viral defence 🦠during embryonic development🐁 👶. Funding routes for both UK and international students are available 🌻. Please send your CV and motivation letter if interested saramaciasribela.wixsite.com/maciaslab

recruiting a PhD student to study the role of RNA binding proteins 🧬for viral defence 🦠during embryonic development🐁 👶. Funding routes for both UK and international students are available 🌻. Please send your CV and motivation letter if interested 

saramaciasribela.wixsite.com/maciaslab
Sara Macias (@saramaciasrna) 's Twitter Profile Photo

New EdiRNA events for the new year! Funded by the The RNA Society. Great opportunity to network with other RNA biologists 🧬 (dsRNA included) from Edinburgh and beyond 🚀 Jan 29, 2025 Apr 9, 2025 Jun 11, 2025 Oct TBD, 2025 edirna.com/meetings

The Genetics Society (@gensocuk) 's Twitter Profile Photo

Next up is Sara Macias discussing how DGCR8 acts as a gatekeeper of the interferon response by preventing cytoplasmic TE-dsRNA accumulation #GStransposons

Next up is <a href="/SaraMaciasRNA/">Sara Macias</a> discussing how DGCR8 acts as a gatekeeper of the interferon response by preventing cytoplasmic TE-dsRNA accumulation #GStransposons
Tilly (Matilda) S Scott (@tillysscott) 's Twitter Profile Photo

And with that the afternoon of The Genetics Society short talks is done! We've had: 1) KRABs binding L2/MIR elements, which would effect cardiovascular development; 2) DGCR8 prevents the accumulation of TE-made double-stranded RNA; 1/3 🧵

And with that the afternoon of <a href="/GenSocUK/">The Genetics Society</a> short talks is done! We've had: 1) KRABs binding L2/MIR elements, which would effect cardiovascular development; 2) DGCR8 prevents the accumulation of TE-made double-stranded RNA; 1/3 🧵
Sara Macias (@saramaciasrna) 's Twitter Profile Photo

RECRUITING-PhD student to study the role of RNA-binding proteins in antiviral defence during early development. #crispr #iclip #omics Interested candidates, please email a full CV and a statement of interest. Open to both UK and overseas findaphd.com/phds/project...

Miguel Branco (@brancolab) 's Twitter Profile Photo

We are hiring! 3-year BBSRC-funded postdoc position available. TEs, epigenetics, pregnancy: if you love one or more of these keywords, apply through the link below. Please spread the word. qmul-jobs.tal.net/vx/mobile-0/ap…

Faraz K Mardakheh (@fkhm) 's Twitter Profile Photo

I don’t post here much anymore, but this one is an important announcement for us: 🚨We are Recruiting! So come join us! 🚨#RNA #CancerResearch

I don’t post here much anymore, but this one is an important announcement for us: 🚨We are Recruiting! So come join us! 🚨#RNA #CancerResearch
Pradeepa Madapura (@pradeepmadapura) 's Twitter Profile Photo

We are looking to recruit a highly motivated postdoc with cell or molecular biology expertise. Excellent #epigenetics, #chromatin training & networking opportunities @qmulepigenetics DM me for inquiries pl apply/share tinyurl.com/m6jnksk5

Sara R Heras (@herassr) 's Twitter Profile Photo

Our latest paper is out in NAR! 🧬 DGCR8 haploinsufficiency disrupts pluripotency in hESCs by affecting primate-specific miRNAs & HERVH. Our findings highlight a co-evolved miRNA-TE network essential for primate development In collaboration with Sara Macias Guillermo Peris 🧬💻

Guillermo Peris 🧬💻 (@waltzing_piglet) 's Twitter Profile Photo

🔴 OUR LAST PAPER OUT in Nucleic Acids Res!!! 🧬 DGCR8 haploinsufficiency in human embryonic stem cells affects pluripotency by disrupting a network of primate-specific transposable elements and microRNAs. (1/2)

🔴 OUR LAST PAPER OUT in <a href="/NAR_Open/">Nucleic Acids Res</a>!!! 🧬 

DGCR8 haploinsufficiency in human embryonic stem cells affects pluripotency by disrupting a network of primate-specific transposable elements and microRNAs. (1/2)