Check out our recent work on Developmental Genome-Wide DNA Methylation Asymmetry Between Mouse Placenta and Embryo. By lab members Lisa-Marie Legault Karine Doiron Anthony Lemieux, and collaborators. Please share, RT and DM your comments! #Epigenetics #preprint

Ping! Lisa-Marie Legault Mélanie BL

Paper is out! See the final version of our #preprint now published in Epigenetics Journal : Developmental genome-wide DNA methylation asymmetry between mouse placenta and embryo. Thanks again to reviewers for thoughtful suggestions! tandfonline.com/doi/full/10.10…

After almost five years, here is our mitochondrial BioID paper. Thank you gingraslab! #mitochondria #BioID #proximityinteraction A high-density human mitochondrial proximity interaction network. biorxiv.org/content/10.110…

On this #RareDiseaseDay, I invite you to follow Tatton Brown Rahman Syndrome (TBRS) Community tbrsyndrome.org . Tatton Brown Rahman Syndrome (#TBRS) is an overgrowth-intellectual disability syndrome caused by functional mutations in the DNMT3A (DNA methyltransferase 3A) gene. #Canada4Rare

En ce mois de la sensibilisation au trouble du spectre d'alcoolisation fœtale, une nouvelle étude du professeur Serge McGraw met en garde contre une forte consommation d’alcool dès la 1re semaine de grossesse. ➡️ bit.ly/39lg2P3 #Epigenetics #DNAmethylation #FASD

Research from the Serge McGraw highlighted in La Presse: Développement du fœtus | L’alcool risqué dès la conception lapresse.ca/actualites/san… via @lp_lapresse

Thank you Patrick Lagacé Patrick Lagacé 98.5 FM for the interview on #FASD and our study (PS: work done by great team of trainees Lisa-Marie Legault Karine Doiron Mélanie BL @_alexlangford Anthony Lemieux and collaborators M.Caron, Loydie and D. Sinnett) pubmed.ncbi.nlm.nih.gov/34425890/

Thank you so much Uplifting Athletes and Tatton Brown Rahman Syndrome (TBRS) Community for this amazing acknowledgment and award!!! #epigenetics #TBRS Centre de recherche Azrieli du CHU Sainte-Justine Université de Montréal

🚨It's Draft Week🚨 Join us this Saturday for the 2022 Young Investigator Draft presented by CSL Behring 🗓️: Saturday - Feb.5 ⏰: 6:00PM ET 📍: Philadelphia, PA (Lincoln Financial Field) 💻:bit.ly/YID22 🎟️:bit.ly/yidtix #WeTackleRare

Next @ Montreal #Epigenetics Seminar Series 📅Tuesday April 12, 12pm(EST) evt.to/aguamadiw 🎙️Dr Sarah Kimmins Professor Sarah Kimmins from McGill University 💻bit.ly/3xdMUX8 Supported by Cell Signaling Technology New England Biolabs Hologic Diagenode Roche Canada Illumina Dovetail Genomics All are welcome. Please RT

Next @ Montreal #Epigenetics Seminar Series 📅Tuesday April 26, 12pm(EDT) evt.to/agdsdshiw 🎙️Dr Julie Brind’Amour Julie Brind'Amour Université de Montréal 💻bit.ly/Julie_BrindAmo… Supported by Cell Signaling Technology New England Biolabs Hologic Diagenode Roche Canada Illumina Dovetail Genomics All are welcome. Please RT

Happy to share our study in FASEB ! Using a mouse model of pre-implantation alcohol exposure, we show that a maternal enriched diet for methyl-donor mitigates the negative impacts of alcohol exposure. #FASD bit.ly/3LcatGS

Iva Zovkic @ivazovkic.bsky.social Private crying rooms?

Explore our latest Preprints.org review aiming to highlight O-GlcNAcylation's central role as an epigenetic mark, focusing on histone modifications. Collaboration with Thomas Dupas (new postdoc in our lab) and Prof. Benjamin Lauzier (Nantes Université France ) preprints.org/manuscript/202…

While it's a bit disappointing to fall just short of the funding range, I am grateful to secure a 1-year CIHR bridge grant. This will enable us to conduct the well-reasoned experiments recommended by the reviewers for our next application. Centre de recherche Azrieli du CHU Sainte-Justine

Special thanks to the CIHR-IHDCYH Priority Announcement calls !!

What is the long-term impact of loss of sustained DNA methylation maintenance by DNMT1 for molecular and cellular integrity of mouse embryonic stem cells? Thrilled to share the lab’s newest preprint bit.ly/3WDALr5 Amazing effort from Elizabeth Elder and team! 🧵1/11

Our study demonstrates the necessity of sustained DNMT1-mediated DNA methylation maintenance in mESCs for safeguarding epigenomic and genomic stability, transposable element silencing and cellular functions, and contributes to the ongoing search for novel imprinted regions. 2/11

Amazing project led by Elizabeth Elder Look at these figures 👌🏻