Tracy Tran

life sciences consultant. developmental biologist. McMahon lab🧬🔬🧫🐭 professional dreamer. Vietnam 🇻🇳🧸🥢🍻🏞️🌄🌊🌿🐾🎇🛤️ (she/her)

[Tracy Tran @TTdevbio]

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

[USC Stem Cell @USCStemCell]

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 https://t.co/D62QBev7J1

[Louisa Gerhardt @GerhardtLouisa]

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! https://t.co/4IfI5F1VSS

[Tracy Tran @TTdevbio]

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

[Keck School of Medicine of USC @KECKSchool_USC]

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

[USC Stem Cell @USCStemCell]

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 https://t.co/D62QBev7J1

[UCLA Broad Stem Cell @UCLAstemcell]

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: https://t.co/Mz2gkPBDRE

[Cell @CellCellPress]

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
https://t.co/dR3cNIK2zz

[Plath Lab @PlathLab]

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
https://t.co/Vb76VV443N
🧫🧬🔬🧵

[UCLA Broad Stem Cell @UCLAstemcell]

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. https://t.co/7CuAhK9Sp5

[Nils Lindstrom @LindstromLab]

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!

[USC Stem Cell @USCStemCell]

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 https://t.co/5AIXlVOzhA

[Tracy Tran @TTdevbio]

@PeterFabianLab Omg looks like a florescent UMAP!

[Tracy Tran @TTdevbio]

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

[Tracy Tran @TTdevbio]

Amazing kidney imaging!!

[Lori O'Brien @l_obrien_lab]

Taking a spin around the kidney vasculature #FluorescenceFriday

[Tracy Tran @TTdevbio]

Comparable with graduate students' productivity but definitely more Zen!

[USC Stem Cell @USCStemCell]

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

[USC Stem Cell @USCStemCell]

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. https://t.co/5ENlxxPOFE

[USC Stem Cell @USCStemCell]

USC Stem Cell Supports Proposition 14. For more information, visit https://t.co/Z51rkPyE63
#stemcells

[Caltech/USC_DevBio @D_BioCaltechUSC]

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

[Hatice S Kaya-Okur @HaticeKayaOkur]

Exciting week for CUT&Tag users! CUT&Tag for bench-top is now published @NatureProtocols.
https://t.co/9zwy71hcwq

And, two BioRxiv preprints using scCUT&Tag on the @10xGenomics platform demonstrate the broad applicability of targeted chromatin profiling for single-cells. (1/6)