David Miller

Professor of Cell and Developmental Biology, Grandad, Swimmer

[David Miller @wormdoc1]

@VUBasicSciences @VanderbiltCDB Congratulations Neil!

[The Page-McCaw Lab @PageMcCawLab]

Who would have thought epithelial cells set cortical tension using information from a cell surface receptor? See our bioRxiv preprint for details - https://t.co/qr9HPhDbRE

[National Academy of Sciences @theNASciences]

Congratulations Erik Jorgensen of @UUtah, newly inducted #NASmember! #NAS160 #neuroscience #physiology

[National Academy of Sciences @theNASciences]

Congratulations Yi Shi Jin of @UCSanDiego, newly inducted #NASmember! #NAS160 #neuroscience

[Alexander Bae @jalex_bae]

Check out our newest preprint! https://t.co/NNsBc9uAIM Releasing C. elegans dauer connectome, the last piece of the C. elegans connectomes across development. Work led by talented students @HyunsooYim, @dantae_choe with great collaborators. @SNUNow, @EinsteinMed , #SKKU #KBRI 1/n

[Cody J. Smith @cssmity]

Really excited about our new preprint from the lab about microglia lifespan and cannibalism. Congrats to Hannah Gordon for her hard work! Read more below about the story 👇🧵👇 @ZTSlab

https://t.co/jxowNPotkv

[Florian BERNARD 🧬 @FlorianBrnrd]

Glad to finally share with you the publication of my thesis work ! We sequenced C. elegans transcriptome using @nanopore long-reads to provide a comprehensive analysis of trans-splicing !

Please read our study ! https://t.co/nJomGng0ax

[David Miller @wormdoc1]

We are hiring! Looking for a great opportunity to learn molecular genetics, live cell imaging and single cell RNA-Seq? Join us!
https://t.co/yA626F7syC

[David Miller @wormdoc1]

Want to know how synapses are dismantled in remodeling neurons?
Check out this exciting work from Andrea Cuentas-Condori and colleagues
https://t.co/P3nuAcuWUT

@AndreaCuentas91, @VanderbiltCDB, #cellbiology

[Isabel Beets @isabelbeets]

Finally out! Check our new resource of neuropeptide-GPCR interactions in C. elegans. We identify 461 peptide-GPCR pairs that allow mapping peptidergic circuits. See also this application on the worm's peptide connectome https://t.co/tJKkM8Yw4Z
Resource: https://t.co/0svLDdoxSg 🧵

[cengenproject @cengenproject]

New tool available: you can now look at alternative splicing in many neuron types of the worm brain! Access it at https://t.co/Iss0vsfylu (1/7)

[Andrea Cuentas-Condori 🇵🇪🔬🐛🧠 @AndreaCuentas91]

Muy feliz de ser parte de la familia de #HannaGrayFellows
Agradecida con todas las personas que se han cruzado en mi camino y de las que he aprendido tanto! Especialmente mis mentores @wormdoc1 @dacolon @PageMcCawLab @Gould_Lab @VGamaLab & Ege Kavalali. Gracias!

[Perrais David @DavidPerrais]

Very proud of our latest publication on a great collaboration with Kang Shen's lab in Stanford:
Endocytosis in the axon initial segment maintains neuronal polarity https://t.co/eV4XNbxXgP

[David Miller @wormdoc1]

Congratulations, Melanie!

[Petersen Lab @PetersenNeuro]

Our latest paper is out in the world! TL;DR: We found that outgrowth and myelination of peripheral nerves requires muscle patterning by tcf15/paraxis. See it here: https://t.co/iW1XRUfrli (1/4)

[Dylan Burnette @MAG2ART]

The Hippo pathway regulates density-dependent proliferation of iPSC-derived cardiac myocytes
#Science #CellBiology #Cardiotwitter #myotwitter
https://t.co/pOqGqX3Xz8

[YogevLab @LabYogev]

Congratulations to our former postdoc, Dr. Balseiro-Gomez, and current PhD Candidate, Mick Park, for their fantastic contribution to our understanding of microtubule minus-ends in synaptic transport! 🎊

We are proud of your work!

https://t.co/AlgOzNveep

[Macara Lab @LabMacara]

We are excited to welcome Dr. Neil Dani, PhD, to Vanderbilt Dept of Cell & Developmental Biology, as our newest Assistant Professor - joining an amazing group of junior faculty here!

[Cody J. Smith @cssmity]

New work from @larngrn11, @michaelrodea, and @camdenhoover3. Congrats for your hard work!

[Cody J. Smith @cssmity]

New publication from the lab😀. This was one of the first projects in the lab. We describe an #oligodendrocyte lineage cell that specifically associates with DRG sensory axons. There were a few surprising findings (see below) and many unanswered questions

https://t.co/jutpz8gfSj