Maylin Fu

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. #Neuroscience #QiLab #WuTsaiNeuroscienceInstitute

neuroscience.stanford.edu/programs/pro...

Programmable control of spatial transcriptome in live cells and neurons - 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 cells.

www.nature.com/articles/s41...

Thrilled to share our paper in
@nature.com led by @MengtingHan123
on CRISPR-TO technology, which paves the way for treatments for neurodegenerative diseases by precisely delivering therapeutic RNA to the damaged sites. A 🧵@Stanford_ChEMH, @bioe_stanford, @Stanford

Glad to share our paper, in collaboration with Prof W.E. Moerner lab and Prof. Andrew Spakowitz lab on developing a high-resolution DNA imaging technology Oligo-LiveFISH, which is online in Cell this week.

Prevention of Transgene Silencing During Human Pluripotent Stem Cell Differentiation While high and stable transgene expression can be achieved in undifferentiated pluripotent stem cells, conventional transgene expression systems are often silenced upon differentiation. Silencing occu...

Losing sleep over #iPSC transgene silencing after differentiation?
Same here — too many times😭

So we built a PiggyBac construct that resists silencing.
Expression stays ON, even after differentiation.

Our #preprint is out👇
🔗 www.biorxiv.org/content/10.1...

Supported by @cziscience.bsky.social

Thrilled to share our paper, led by Dr. Yanyu Zhu @yanyuzhu.bsky.social in collaboration with Prof. W.E. Moerner and Prof. Andrew J. Spakowitz, on developing Oligo-LiveFISH technology, in Cell @cellcellpress.bsky.social. A🧵

@stanford-chemh.bsky.social @bioe-stanford.bsky.social

Thrilled to share our preprint led by @xinyi-chen.bsky.social on programmable molecule delivery via engineered trogocytosis called TRANSFER! a 🧵 @stanford-chemh.bsky.social @bioe-stanford.bsky.social

Bioengineering lab provides affordable gene-editing kits Stanford researchers introduced affordable gene-editing kits ready for the classroom, aiming to make the field more accessible for high school students.

We are excited to make #CRISPR accessible to high school education. 🧬 Go check out the article in The Stanford Daily to read about our frugal CRISPRkits.
#democratizingscience #scienceaccessibility

@bioe-stanford.bsky.social @stanford-chemh.bsky.social

stanforddaily.com/2025/02/03/c...

Amazing publication from our talented postdoc Emmy Li’s previous work! 🎊

Amazing work from the Viana da Silva lab! 🎉

cfos principal cells and interneurons are strongly reactivated by sharp wave ripples The hippocampal formation is central for the learning and consolidation of spatial memories. While it is known that the high-frequency oscillations, called sharp wave ripples, play a critical role for...

📢Exciting data alert!📢 First Pre-print of our Labs! @haberlmatt.bsky.social @dzne.science & Charité
www.biorxiv.org/content/10.1...

Phenomenal work by the one and only Ipshita Zutshi! 😍