Congratulations to Vokes_Lab and Ilze de Klerk graduate student Janani Ramachandran for successfully defending her dissertation on Hedgehog signaling and larynx development🍾

A limb bud morphogen bites the dust sciencedirect.com/science/articl…

Wanna be a postdoc with me and ⁦Edward Marcotte⁩? We’re combining imaging and proteomics to explore vertebrate development. The position is very generously funded 👇🏻. Email either of us if you’re interested! Please RT! apply.interfolio.com/108900

As my colleague Chris Sullivan just tweeted, our department is inviting applications for both a senior and a junior faculty position in the fields of immunology, microbiology, virology, host-pathogen interactions, microbiome or evolution. Come join us in Austin! Please retweet!

It was great catching up with Rosa Uribe Rosa Uribe, PhD Rice Natural Sciences, Jeff Gross and Ryan Gray @slewzeus. Rosa gave a great Molecular Biosciences seminar on Enteric Neural Crest Cell migration earlier today.

CONGRATS to all the Presentation Winners Society for Developmental Biology #2022SWSDB!

Our study showing that Hedgehog signaling is essential for maintaining the early foregut and larynx by preventing EMT was published: doi.org/10.7554/eLife.… eLife - the journal. This was led by recent UTexasILS graduate Janani Ramachandran with help from Hongkai Ji Hongkai Ji and Aaron Zorn.

I'm super excited to be teaching the CSHL Mouse Course CSHL Mouse Course this year with Yojiro Yamanaka, Danelle Devenport and Loydie Jerome-Majewska Loydie. Applications are due on March 1st

Only one more week to apply for the 2023 Mouse Development, Stem Cells, and Cancer course! Don't miss out on an incredible experience to learn from experts in the field! See below for the lineup of speakers and a list of techniques covered. CSHL Courses Loydie Vokes_Lab

This image taken by Dr. Madhulika Pathak Carnegie Embryology shows Sox9 and Twist embryonic gene expression. It was imaged on a Nikon AXR confocal and modeled with Imaris software. Thanks to Molecular Instruments, Nikon Microscope Solutions, Imaris 3D/4D Imaging and Dr. Matt Anderson for their generous support.

Ribo-ITP enables ribosome occupancy measurements from single cells. Our first application revealed insights into allele-specific ribosome engagement in early development (nature.com/articles/s4158…). #RiboITP #singlecell

The Division of Developmental Biology Cincinnati Children's is hiring! Please share with anyone who may be interested and DM me if you would like to know more.

[Two Tenure-Track Faculty Positions in Cell & Dev Biology] Molecular Biosciences NaturalSciences @ UT🤘 Our Department is hiring. Please spread the word! Review of applications will begin on October 15, 2023. apply.interfolio.com/1313122

The Vokes lab is hiring a technician. This is a great opportunity for someone interested in doing their own research while contributing to other projects. Interested applicants can DM me and apply at utaustin.wd1.myworkdayjobs.com/UTstaff/job/AU….

The deadline for applying to the Cold Spring Harbor Laboratory mouse development, stem cells and cancer course is just over two weeks away on March 1st. This immersive course provides laboratory based training along with a stellar group of speakers. Please repost and apply at meetings.cshl.edu/courses.aspx?c…

Please read, send feedback and retweet link to free full-text work on how a variant cell cycle coordinates differentiation of multi ciliated cells: rdcu.be/dJmnv

The students at the CSHL Mouse Course are batting a thousand with HCR. Lori lorena maili from Steve Towers CX Man shows HCR with fgf8, raldh2, and sox9 that was processed in Imaris and imaged with an AX1 confocal. Thanks Molecular Instruments, Nikon Microscope Solutions and Imaris 3D/4D Imaging for generous support!

Students from CSHL Mouse Course imaged samples using holotomography from Tomocube. Thanks TOMOCUBE, INC. for visiting and donating the microscope. This is from Anuja Sharma Anuja Sharma, a postdoc Schuh Lab MPI for Multidisciplinary Sciences showing a slice through an unlabelled 8 stage embryo.