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

@herassr

Studying the interplay between #retrotransposons and #RNA silencing pathways, during development and #22q deletion Syndrome in @genyo_pts and #UGR @biobiomol2

ID: 1305196099670544384

linkhttp://genyo.es calendar_today13-09-2020 17:26:31

69 Tweet

172 Followers

159 Following

RoweLab (@labrowe) 's Twitter Profile Photo

I have 2 posts on cancer immuno-epigenetics available in my lab: if you are passionate about understanding and combating tumour immune evasion, this could be for you! Dark antigens, interferon responses, chromatin regulators, hush, zfps….and more!

Harmit S. Malik (@harmitmalik) 's Twitter Profile Photo

Together with Cedric🧬➰🧬Feschotte talk, this beautiful talk by Ana Ariza Cosano is making a very compelling case for the very important role of endogenous retroviruses in early development in zebrafish #ICTE2024

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

Really cool talk by Ana-Arista Cosano on yet another endogenous retrovirus required for zebrafish development! Transposon addiction again? #icte2024

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

This result tries to clarify the contribution of DGCR8 to 22q11 deletion syndrome, showing that human/primate models are needed to understand better this syndrome.

This result tries to clarify the contribution of DGCR8 to 22q11 deletion syndrome, showing that human/primate models are needed to understand better this syndrome.
Guillermo Peris 🧬💻 (@waltzing_piglet) 's Twitter Profile Photo

This work highlights the potential co-evolution of miRNAs and Transposable Elements to orchestrate crucial steps in early development in primates.

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…

David Landeira (@davidlandeira) 's Twitter Profile Photo

Delighted to share this preprint that has taken a lot of hard work, especially from Amador Gallardo who has led the finding of a surprising alternative function of BMAL1 as a regulator of MERVL TEs in pluripotent cells. biorxiv.org/content/10.110…

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

🔴🔴🔴 ¡ESTO ES FLIPANTE! 😍😍😍 Nature ha seleccionado las 25 lecturas más interesantes de los últimos 40 años sobre los microARN (excluyendo Nobeles) y ¡está nuestro artículo en Nature Communications! ➡️ nature.com/collections/ea… Enhorabuena a Pablo Tristán Ramos y a nuestra IP, Sara R Heras.

🔴🔴🔴 ¡ESTO ES FLIPANTE! 😍😍😍

Nature ha seleccionado las 25 lecturas más interesantes de los últimos 40 años sobre los microARN (excluyendo Nobeles)  y ¡está nuestro artículo en <a href="/NatureComms/">Nature Communications</a>!

➡️ nature.com/collections/ea… 

Enhorabuena a <a href="/PabloTristanR/">Pablo Tristán Ramos</a> y a nuestra IP, <a href="/HerasSR/">Sara R Heras</a>.
Pablo Tristán Ramos (@pablotristanr) 's Twitter Profile Photo

El Nobel de Medicina 2024 ha sido para los descubridores de los microRNAS. La revista Nature ha seleccionado nuestro artículo de 2020 como una de las investigaciones más relevantes sobre este tema 😯

Nature Portfolio (@natureportfolio) 's Twitter Profile Photo

The 2024 Nobel Prize in Physiology or Medicine has been awarded jointly to Victor Ambros and Gary Ruvkun "for the discovery of microRNA and its role in post-transcriptional gene regulation.” Nature Portfolio presents this Collection to celebrate the award. go.nature.com/4eA5Nq2

The 2024 Nobel Prize in Physiology or Medicine has been awarded jointly to Victor Ambros and Gary Ruvkun "for the discovery of microRNA and its role in post-transcriptional gene regulation.” Nature Portfolio presents this Collection to celebrate the award. go.nature.com/4eA5Nq2
Facultad de Farmacia (@ffarmaciaugr) 's Twitter Profile Photo

#FFarmaciaUGR La Profesora de la Facultad, Sara R. Heras Sara R Heras, Dpto BBM2, figura en la recopilación Nature Portfolio de los artículos más relevantes publicados en las últimas 2 décadas relacionados con microRNAs. ¡ENHORABUENA! 👏👏 Vía Universidad Granada canal.ugr.es/noticia/nature…

aula22q (@aula22q) 's Twitter Profile Photo

Hoy el Día Internacional del Síndrome 22q nos pilla divididos entre: 🇪🇸 Granada 🇬🇧 Leicester 🇩🇰 Århus Pero no nos olvidamos de visibilizarlo ❤️ #hazvisible22q #iluminatepor22q

Hoy el Día Internacional del Síndrome 22q nos pilla divididos entre:
🇪🇸 Granada
🇬🇧 Leicester
🇩🇰 Århus
Pero no nos olvidamos de visibilizarlo ❤️
#hazvisible22q
#iluminatepor22q
Guillermo Peris 🧬💻 (@waltzing_piglet) 's Twitter Profile Photo

Esta pérdida de un alelo de DGCR8 ocurre en el síndrome 22q11 y señala que no siempre los modelos de ratón reflejan la complejidad en humana. Gracias a los coautores y las IPs Sara R Heras y Sara Macias. Artículo aquí ➡️ academic.oup.com/nar/article/53…

Esta pérdida de un alelo de DGCR8 ocurre en el síndrome 22q11 y señala que no siempre los modelos de ratón reflejan la complejidad en humana.

Gracias a los coautores y las IPs <a href="/HerasSR/">Sara R Heras</a> y <a href="/SaraMaciasRNA/">Sara Macias</a>.  

Artículo aquí ➡️ academic.oup.com/nar/article/53…
Guillermo Peris 🧬💻 (@waltzing_piglet) 's Twitter Profile Photo

This effect is highly relevant in 22q11.2 deletion syndrome and shows striking differences between human and mouse models. Thanks to all coauthors and specially PIs Sara R Heras Sara Macias. Read the paper! ➡️ academic.oup.com/nar/article/53…

This effect is highly relevant in 22q11.2 deletion syndrome and shows striking differences between human and mouse models. 

Thanks to all coauthors and specially PIs <a href="/HerasSR/">Sara R Heras</a> <a href="/saramaciasrna/">Sara Macias</a>.

Read the paper! ➡️ academic.oup.com/nar/article/53…