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Isa Castro
8 posts
Congratulations to both Flavia and Geetha who passed their Ph.D. qualifying exams this week. Brilliant work!!
@TTUHSC_GSBS, @ttuhscmed, #Wnt, #happy, #goals, #Dishevelled
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Thank you SGA for this award and thanks to all students who make learning and scientific pursuits possible ❤. What a wonderful recognition. I’m truly touched and honored.
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Isa Castro retweetledi
On this Memorial Day, we honor and remember the sacrifices made by our nation's service members and their families. 🇺🇸
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@Dr_Kevin_Pruitt Happy birthday!! Are you sure is not 25? 🤔.. Best wishes!!
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@Dr_Kevin_Pruitt @FrenshipHS Savannah you will do great as you always have. "It's not just about creativity. It's about the person you're becoming while you're creating" Charlie Peacock.
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What a stunning performance in Jekyll and Hyde by my daughter, the cast and crew in her last musical @FrenshipHS. So proud of her! Now just awaiting news from college apps...❤️
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Isa Castro retweetledi
Why provide private, on-demand, fully customisable #Galaxy instances on the Cloud? Find out in our new paper describing the @elixir_it Laniakea@Recas service with plenty of use cases. doi.org/10.1186/s12859… @RecasBari @galaxyproject @ELIXIREurope
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Isa Castro retweetledi
Call for papers! We have just launched a new article collection in Frontiers in Cell and Developmental Biology. Consider contributing to this article collection on the fascinating topic of Mitochondrial Permeability Transition in Development and Disease!
Frontiers - Cell Biology@FrontCellDevBio
📢Call for papers! Contribute to a new article collection investigating recent advances in the field of mitochondrial research with a focus on mPTP. Topic Editors @NelliMnatsakan1 Dr Gregory Porter and Dr Elizabeth Jonas. Click for more info ⬇ fro.ntiers.in/wLAk
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Humbled and proud to share our latest article. Our manuscript provides a comprehensive analysis of nuclear DVL3 target genes, indicating that DVL3 localizes to genomic regulatory regions and regulates gene expression. We also examine the role of DVL3 in H3K4 methylation.
EMBO Reports@emboreports
Nuclear Dishevelled targets #gene regulatory regions and promotes #tumor growth. Kevin Pruitt @TTUHSC and co-workers identify novel targets of DVL3 and show that its depletion alters target gene regulation and attenuates #breastcancer. #epigenetics -> embopress.org/doi/full/10.15…
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