
Yena Oh
@Yena__Oh
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PhD Candidate, @HanKimLab, @HeartInstitute, @oHeartCommittee
Ottawa, Ontario
Joined October 2018
Excited to share our study on the transcriptional regulation of the postnatal cardiac conduction system (CCS) heterogeneity, now out in @NatureComms! https://t.co/xeSotLMFDb
nature.com
Nature Communications - The cardiac conduction system consists of specialized cardiomyocytes that synchronize heart contractions. Here, Oh et al. provide comprehensive molecular profiles of the...
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Big day for Han Kim Lab! Huge congratulations to Dr. Oh @Yena__Oh on successfully defending her PhD! 🥳👏 So proud of your achievement and grateful to have worked with you as our first PhD student. @OttawaCmm @UOHIResearch
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Thankful to be part of @UOHIResearch @oheartcommittee @OttawaCmm Grateful for the superb learning environment and the inspiring research oppportunities!
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I am also truly grateful to our collaborators, Drs. Munshi Nikhil, Jay Park, @DavidPCook and @bvanderhyden, who all made this study possible!
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I wish to extend a huge thank you to my supervisor, @HanKimLab, for his support and mentorship from the very beginning of this exciting project, and also to all Kim Lab members, especially @RimshahAbid, @Saif_dababneh, @marwanbakr_ and @termehaslani, for the incredible teamwork.
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4. In vito model recapitulates CCS region-specific gene regulation by Tbx3 and Irx3.
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3. We show gene regulatory networks underlying the transcriptomic heterogeneities within the CCS.
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2. Comparative analysis of prenatal and postnatal CCS profiles uncovers molecular similarities and differences.
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Here is a quick summary: 1. Integrative analysis of single-cell and spatial transcriptomics reveal specific and zonated molecular markers of the postnatal CCS.
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Proud moments - Big congratulations to Rimshah @RimshahAbid on receiving the oral presentation and travel awards and to Termeh @termehaslani for the Poster award!
That! Was! Awesome! Big congrats to all the #WeinsteinCVD2024 travel, poster, and presentation awardees !!
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Welcoming our keynote speaker Dr. James Martin @jmartinlab presenting “Hippo Signaling in Heart Regeneration” #OCRD2024
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Excited to announce the 36th Annual Ottawa Cardiovascular Research Day 2024! 🎉 Don't miss our keynote speaker, James F. Martin, presenting "Hippo Signaling in Heart Regeneration". 🗓️ Tuesday, May 14 ⏰1:15 - 2:15 PM EDT 👉Register now: https://t.co/TwXWWiNPaA
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🎉Announcing the 2024 Ottawa Cardiovascular Trainee of the Year Award🎉 These awardees are recognized for their outstanding productivity and exceptional leadership in the research community. 👏Yena Oh, PhD Candidate 👏Pietro Di Santo, MD & PhD Candidate 🔗 https://t.co/7r6YOhgNhi
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Very grateful to have received support from @ONgov. This will greatly help our research! Thankful for all the contributions of the previous and current lab members as well as mentors, @UOHIResearch, @HeartInstitute, and @OttawaCmm for their support!
Congratulations to Dr Kyoung-Han Kim who has been awarded an Early Researcher Award from the @ONgov! 🌟 His project explores genetics in preventing a rare heart disease, paving the way for innovative therapies. https://t.co/hSUTF2HVwr
@HanKimLab @UOHIResearch #ottnews
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Merry Christmas from our plant-free lab @HanKimLab to yours! Wishing you a happy holiday season and all the best in 2024. @RimshahAbid @ssol_kw @Yena__Oh
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I had the pleasure of co-chairing sessions and presenting my Cardiovation this year. Thank you #VASC23
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Congratulations to all our Paul Dudley White International Scholar Award winners announced during #BCVS23! This award recognizes the team of authors with the highest-ranked scientific abstract from every participating country - this year we had a total of 26 countries!
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What a great privilege it was to share our work in front of a group of legendary scientists and to also witness their incredible work ! Thank you so much for this opportunity @ #KeystoneSymposia, @SeanM_Wu, and organizers, and for your mentorship as always @HanKimLab.
Yena Oh from @HanKimLab describe the isolation of Cntn-2+ cells from neonatal mouse & their transcriptome @ single cell level. New markers & regulators for the conduction system were found, raising the possibility of modulating CCS directly. @ #KeystoneSymposia on 🫀Dev & Dz.
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