Stanley Qi Lab
@stanleyqilab
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News from Stanley Qi's lab at @Stanford / @Bioe_stanford / @Stanford_ChEMH. Tweets are not from Stanley Qi unless signed SLQ.
Stanford, CA
Joined September 2014
It's spooky season in the Qi Lab this year... 👻🎃~ Meet the 2025 Pumpkin Champion: the Kurumikin! Turns out we engineer pumpkins😎@bioe_stanford
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@karagm2009 @MargolisLabNYU @NYUPainResearch @nyuniversity @NYUDental @NYULH_DeptofMed @Westlake_Uni @Tyfic_Gh @dcardozopinto @warmxue @LMWilliams_PhD @Sergiu_P_Pasca This year’s second place Postdoc Sammy Kuo Award goes to Mengting Han of the @stanleyqilab for her paper "Programmable control of spatial transcriptome in live cells and neurons." Read the paper here:
nature.com
Nature - CRISPR-TO, a system for programmable control of spatial localization of cellular RNAs, is presented and enables functional investigation of endogenous RNA localization in diverse living...
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From editing genes to reprogramming them, CRISPR’s next frontier is epigenetic editing. Prof. Stanley Qi and @EpicrisprBio are pioneering epigenetic editing, with a therapy targeting the DUX4 gene in muscular dystrophy now in a first-in-human trial. https://t.co/dh75eFXnKJ
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Check out our BioE/BioX PhD student, Lorenzo, seminar series he is hosting on synbio! @bioe_stanford @StanfordBioX
The Symbiogenesis Seminar Series, organized with @BogumilKaras & @liyamchitayat, aims to promote discussions on how endosymbiosis can be leveraged in synbio. A big thanks to the speakers and our incredible community. Join our bi-weekly meetings! Links and next appointments below
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Congratulations Matthew Lau for receiving the RaRe award - Request CRISPRkits at https://t.co/BdvUmzAjDR
@StanfordMed @Stanford_ChEMH @bioe_stanford
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CRISPR tools for T cells: targeting the genome, epigenome, and transcriptome https://t.co/RAXP8PPN08
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Huge congratulations to Matthew Lau for winning the SPORR 2025 Rigor and Reproducibility (RaRe) Award! This is a fantastic, university-wide honor that recognizes the high quality and integrity of his work on the CRISPRkit project. @CRISPR_kit @bioe_stanford @Stanford_ChEMH
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I am incredibly honored and grateful to have been awarded an NIH F31 fellowship from @NIH_NINDS. This wouldn't have been possible without the tremendous support of my mentor @stanleyqilab, lab mates, and @bioe_stanford . So excited for the research ahead! ❤️🧠🧬
BIG NEWS! 📷A massive congratulations to @maylinfu for winning the NIH F31 Predoctoral Fellowship! 📷This is an incredible accomplishment. What a true testament to her amazing work. Let's all give her a huge round of applause!!
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BIG NEWS! 📷A massive congratulations to @maylinfu for winning the NIH F31 Predoctoral Fellowship! 📷This is an incredible accomplishment. What a true testament to her amazing work. Let's all give her a huge round of applause!!
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We’re thrilled to see our postdoc @achoi_boy recognized with the Stanford Postdoc Champions: Community Impact Award! His work on CRISPRkit brings modern CRISPR science into classrooms worldwide and empowering students to see themselves as future scientists.
Congratulations to Alex Choi @stanleyqilab for receiving the Stanford Postdoc Champions: Community Impact Award! https://t.co/uP9eQpRgYr
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BIG CONGRATULATIONS! 📷 Please join me in congratulating our very own @chenxinyi924 for being named a 2026 Siebel Scholar! We are all so proud of this well-deserved achievement, Xinyi! @SiebelScholars @Stanford_ChEMH @StanfordBioX
Siebel Scholars announced its 2026 scholarship recipients including 5 students from @bioe_stanford 🌟78 scholars were selected for their academic excellence and leadership potential. Congrats Xinyi Chen, Ananya Goyal, Ariel Hannum, Anoosha Pai S, Vivian Zhong 🎉 @SiebelScholars
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New Qi Lab Review out on CRISPR Tools for T-Cells led by @waxtla ! @Stanford_ChEMH @bioe_stanford @trendscancer @CellCellPress . Link to DOI in replies.
If you work with T cells, chances are high that you've used CRISPR/Cas9 to knockout genes. But did you know that CRISPR tools can not only engineer the genome, but that you can also directly engineer epigenetic regulation or process RNA, completely without DNA-damage?
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If you work with T cells, chances are high that you've used CRISPR/Cas9 to knockout genes. But did you know that CRISPR tools can not only engineer the genome, but that you can also directly engineer epigenetic regulation or process RNA, completely without DNA-damage?
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We’re excited to share that Maylin Fu, Ph.D. student in the Qi Lab, has been accepted into the NIH-funded Pathways to Neurosciences program at Stanford, supported by the Wu Tsai Neurosciences Institute. https://t.co/SCDwnmV3Ep
neuroscience.stanford.edu
The Pathways to Neurosciences program fosters belonging, excellence, and leadership in the next generation of Stanford neuroscience trainees.
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CRISPR-TO: a versatile tool for programmable control of the spatial transcriptome — a Tools of the Trade article by Mengting Han @HanmtLab @stanleyqilab
https://t.co/FeQQ78bGyd
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Beyond maps to mechanisms, this new list of comprehensive aging signatures offers biomarkers of aging status and targets to engineer for better anti-aging therapies without altering core cell identity. #CellTherapy #Aging
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