Qin Li
@QinA2I
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Assistant Professor @PennGenetics | RNA editing and sensing in health & disease
Philadelphia, PA
Joined May 2010
Feeling incredibly thrilled to announce that in January 2024, I'll be joining @PennGenetics and @UPenn_I3H as an Assistant Professor! My lab will study the genetic basis of immune recognition of RNA and its role in health and disease. Please reach out or DM if you are interested.
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RT @ericjoycelab: Penn's Department of Genetics has several new tenure-track assistant professor openings. Please help spread the word!.htt….
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RT @ChadSWeldy: I am excited to share this work that spans multiple disciplines to reveal a fascinating observation—ADAR1 mediated RNA edit….
biorxiv.org
Mapping the genomic architecture of complex disease has been predicated on the understanding that genetic variants influence disease risk through modifying gene expression. However, recent discover...
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RT @arjunrajlab: Excited to launch our cloud-based image analysis platform today at Analyze and interact with your….
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RT @andyjminn: Summary of our paper on combining JAK inhibitors with anti-PD1 for lung cancer (NSCLC). Part of a be….
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RT @Nature: Nature research paper: dsRNA formation leads to preferential nuclear export and gene expression
nature.com
Nature - Antisense RNAs boost gene expression by accelerating the export of mRNA from the nucleus to the cytoplasm through the Dbp2-mediated formation of double-stranded RNAs, which might explain...
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RT @scientistmomEB: Happy Friday! Our paper on ADARs promoting survival to pathogen infection is out in @BMCBiology! Thankful to @NSF for f….
bmcbiol.biomedcentral.com
Background In all organisms, the innate immune system defends against pathogens through basal expression of molecules that provide critical barriers to invasion and inducible expression of effectors...
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Wonderful training opportunity, research-wise and more!.
Excited to announce the Penn Postdoctoral Fellowship in Genetics! We seek to empower and nurture talented early-stage researchers to pursue cutting-edge research in our department. Learn more here, due Jan. 15.
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RT @PennGenetics: Excited to announce the Penn Postdoctoral Fellowship in Genetics! We seek to empower and nurture talented early-stage res….
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RT @MolecularCell: A tale of two pathways: Two distinct mechanisms of ADAR1 prevent fatal autoinflammation https://….
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RT @RNAedit: Honored to be part of this exciting webinar organized by Bryan Harada @structural_biol. I will focus on dsRNA editing mediated….
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RT @dianyang1117: Excited to announce the Yang lab officially opens at @Columbia University. We are interested in developing innovative sin….
dianyanglab.com
The Dian Yang lab at Columbia University studies tumor evolution by combining molecular recording technologies, cancer mouse models, and single cell genomics.
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RT @StevenTangPhD: Delighted to share that I am joining Yale's faculty in @YaleMBB Molecular Biophysics and Biochemistry. My lab studies ho….
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RT @PennMedicine: Congrats to #NobelPrize Laureates Dr. Katalin Karikó and Dr. Drew Weissman, awarded the 2023 @NobelPrize in Physiology or….
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RT @rnartist_app: You can now give a try to RNArtist for MacOS/Linux (Windows next week). This project is under active development: it is n….
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RT @PricelessSci: Job posting is live for an postdoctoral fellow position in the lab! We have more science to do than we know what to do wi….
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RT @dattarohini: Greatly enjoyed writing this advanced review on the therapeutic potential of #RNA #editing, ranging from #cancer #immunoth….
wires.onlinelibrary.wiley.com
ADAR1 enzyme safeguards cellular double-stranded RNA (dsRNA) from erroneous activation of antiviral dsRNA sensors MDA5 and PKR. Silencing ADAR1, especially in cancers resistant to immune checkpoint...
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RT @RNAedit: Thrilled to be on this exciting journey! It is surreal to have this opportunity to translate the fundamental discoveries (that….
endpoints.news
The race to develop new therapies that precisely edit short-lived RNA molecules instead of making irreversible changes to DNA is heating up. A new entrant to the growing field emerged ...
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Alternative splicing regulate gene expression through NMD.
Really pleased to share our latest work on alternative splicing (AS). This has been long in the making and would not be possible without the hard work from two extremely talented scientists @BenjaminFair3 and @cfbuenabad. Feedback welcome! 1/6.
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