Top Tweets for #SuperEnhancer
Online now in Stem Cell Reports! FOXO4-SP6 axis controls surface epithelium fate determination by regulating #epigenomic remodeling. #superenhancer #KRT8reporter https://t.co/QOwnO4gNvr
@ISSCR @CellPressNews @GairdnerAwards @SickKidsNews
This paper was so much fun! Check the evolution of #superenhancer and how #promoter in fish became an #enhancer in mammals. Fun fact - I have never met Prof. Mike Wallis, first and co-corresponding author of this work, even by zoom 😃😃😃 https://t.co/XMa1VN4UFC
The November issue of @SciImmunology
is out! This week, there is research on #SalivaryGland #macrophage-mediated #epithelial regeneration, #SuperEnhancer control of #CD25, and the benefits of #muscle #Tregs in #exercise! New content added every week!
https://t.co/XvbyV9TYJk
Expression of key #developmental #transcriptionfactors is usually regulated by complex regulatory regions containing cluster of #enhancers, often organized in a #superenhancer. Analyzing the evo of such region we have made interesting discoveries 1/n https://t.co/G5W3vWcZxU
Excited to receive Caroline Ross Award for our work on #Superenhancer driven mechanisms in #gliomas from #braintumor center of @MDAndersonNews.Thanks to my amazing mentor Jason Huse for his support.Grateful of @FrederickLangMD, @VPuduvalli and @bparkerkerrigan for encouragement
Excited to receive funding- “Divisional Research Award” from Dept of Path and Lab Med @MDAndersonNews for our work #Superenhancer biology in #Glioma. Couldn’t have been possible without Jason Huse (not on Twitter), who is constantly encouraging to do great science #endcancer
Latest pre-print from my PhD work is out! Huge congrats and thanks to @josephblayney @MiraKassouf @JefBoeke for making it happen. Great to use new tech to add clarity on how super-enhancers function in their native context #generegulation #superenhancer #preprint
Very excited to share our new pre-print!: Super-enhancers require a combination of classical enhancers and novel facilitator elements to drive high levels of gene expression https://t.co/01PPmH9GXM ...short thread below (1/6)
@TheDyerLab identifies a modular super-enhancer in murine retinal development @VictoriaHonnell @StJudeResearch #developmentalbiology #superenhancer
https://t.co/b2wtcMisn2
@TheDyerLab identifies a modular super-enhancer in murine retinal development @VictoriaHonnell @StJudeResearch #developmentalbiology #superenhancer
https://t.co/b2wtcM0QYs
Analysis of active #enhancers in #colorectalcancer using #ChIPseq, #RNAseq, #genomics and #CRISPR reveals variant #superenhancer loci as well as a potential functional role for KLF3
#CancerResearch @NatResCancer
https://t.co/ZOa7ehpKgy
Man and colleagues identified an evolutionary conserved #SuperEnhancer that specifically coordinates the pre- and postnatal #GeneExpression of #Nppa & #Nppb in the #ventricle of the heart. Learn more https://t.co/aundVAf7YC
@Vince88888 @amsterdamumc
A #glioma #stemcell specific #superenhancer promotes polyunsaturated fatty acid synthesis to support #EGFR signaling.
@UCSDHealth @UCSDMedSchool #AACRepmet20
https://t.co/O4aWLBXUOD
Session 1 ends focusing on nuclear #periphery: peripheral #heterochromatin as promoter of #epigenetic inheritance by @holla_sahana, and NPC-DamID to find #SuperEnhancer at #NuclearPores via #PhaseSeparation by Swati Tyagi! Cool talks! #DamID #NPC #cshlnucleus #GenomeArchitecture
New paper by Ehata, Miyazono & co: DNA demethylation and #superenhancer formation upregulates the transcription of inflammation genes, promoting #neutrophil-mediated lung #metastasis in renal cell carcinoma. Free access at: https://t.co/oRX5PYH3fy
https://t.co/rBXVmzXNK6
#MHC_Class_II Locus | A #SuperEnhancer controls expression and #Chromatin_Architecture | Jerry Boss @EmoryMedicine @JExpMed https://t.co/uytRoEIQzu
#MHC_Class_II Locus | A #SuperEnhancer controls expression and #Chromatin_Architecture | Jerry Boss @EmoryMedicine @JExpMed https://t.co/uytRoEIQzu
#MHC_Class_II Locus | A #SuperEnhancer controls expression and #Chromatin_Architecture | Jerry Boss @EmoryMedicine @JExpMed https://t.co/uytRoEIQzu
From the September issue: A #glioma #stemcell specific #superenhancer promotes polyunsaturated fatty acid synthesis to support #EGFR signaling @UCSDHealth @UCSDMedSchool https://t.co/QWroDTW8hd
Just published in @CD_AACR by Qi Xie, Jeremy Rich, and colleagues: A #glioma #stemcell specific #superenhancer promotes polyunsaturated fatty acid synthesis to support #EGFR signaling @UCSDHealth @UCSDSchoolofMedicine https://t.co/5W6f6i986T
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