Tracy Tran

It’s finally out! Many thanks to my colleagues @jacksongcheng and my mentor Andy McMahon at USC for making this happen. #organoid #kidney #screen

Excited to share our latest work on adaptive and maladaptive repair after AKI using lineage tracing and single-nucleus multiomics with @AndyMcMahonLab and @HumphreysLab . Thank you so much for your help and support during the project! It was great! journals.lww.com/jasn/Fulltext/…

@stemcellpodcast @jacksongcheng @USCStemCell @CellStemCell Our great honor!! Thank you for the support

This week: Tracy Tran (@TTdevbio), Cheng Jack Song (@jacksongcheng), and a group at @USCStemCell generated homogenous #organoids to study #AutosomalDominant polycystic #KidneyDisease. 📑 @CellStemCell: cell.com/cell-stem-cell… 🎧: bit.ly/3P8T8wN

Take a look ➞ 👀 Scientists from the @USCStemCell lab of Andy McMahon generated kidney-like structures called organoids, and used them to identify potential drugs for adult-onset polycystic kidney disease. @TTdevbio @jacksongcheng @CellStemCell #stemcells #SciComm

In a @CellStemCell study, scientists from the @USCStemCell lab of Andy McMahon generated kidney-like structures called organoids, and used them to identify potential drugs for adult-onset polycystic kidney disease. @TTdevbio @jacksongcheng @KECKSchool_USC stemcell.keck.usc.edu/mini-kidney-mo…

The next @UCLAstemcell symposium: "Organoids: Modeling Development, Disease and Therapies" will take place on Jan. 28, 2022. Register today for the virtual event and get ready to join the conversation #UCLAStemCell22: uclastemcellsymposium.vfairs.com

Out now! Instead of spreading across the X chromosome to inactivate it, Xist nucleates dynamic protein complexes, allowing protein expansion across the X to induce higher-order chromatin changes and gene silencing #sciencetwitter #xist @PlathLab @UCLA bit.ly/3oGHoHK

Excited to share our latest publication out @CellCellPress where we explore how Xist nucleates local protein gradients to propagate gene silencing during X chromosome inactivation. 1/15 dlvr.it/SBxrs9 🧫🧬🔬🧵

Scientists from @UCLA's @PlathLab have taken a big step in decoding the mechanics behind X chromosome inactivation, which could lead to new ways to treat genetic disorders. The research findings were published in @CellCellPress. stemcell.ucla.edu/news/xist-mark…

Thanks to everyone involved, this was a fun project! Glad we can keep building a view of how nephrons form and contribute to all the beautiful work (past and present) that has been done by the developmental nephrology community!

The @USCStemCell lab of Andy McMahon has identified a type of injured cell that might contribute to the transition from an acute kidney injury to chronic kidney disease, as described in a new study in PNAS. @PNASnews @KeckSchool_USC stemcell.keck.usc.edu/acute-kidney-i…

@PeterFabianLab Omg looks like a florescent UMAP!

@USCStemCell @KECKSchool_USC Thank you!! You're all very kind ☺️

Meet PhD student Tracy Tran (@TTdevbio), who is studying #kidney development and disease in the @USCStemCell laboratory of Andy McMahon. @KeckSchool_USC USC Stem Cell PhD student Tracy Tran: Celebrating the journey of a budding developmental biologist ecs.page.link/K5bSL

Amazing kidney imaging!!

Comparable with graduate students' productivity but definitely more Zen!

Happy 10th anniversary to the Eli and Edythe Broad CIRM Center for Regenerative Medicine and Stem Cell Research at USC! @KeckSchool_USC @USCStemCell @CIRMNews @BroadFoundation

Join us on Tues. 10/6 at 8:30 for the @USCStemCell Special Seminar, hosted by the T32 training program. Edith Heard from The European Molecular Biology Laboratory in Germany will talk about X-chromosome inactivation in females. ecs.page.link/RGS34

USC Stem Cell Supports Proposition 14. For more information, visit caforcures.com #stemcells

Thank you to our amazing speakers Melina (@SchuhLab) and Olivier (@PourquieOlivier), and a great audience for another DevBio seminar!

Exciting week for CUT&Tag users! CUT&Tag for bench-top is now published @NatureProtocols. nature.com/articles/s4159… And, two BioRxiv preprints using scCUT&Tag on the @10xGenomics platform demonstrate the broad applicability of targeted chromatin profiling for single-cells. (1/6)