Bioengineering research labs at @TAMU : Sign up to present at or attend BIO-LUNCH! Tomorrow we will have trainees from @QingSun15 and Reeves’ Labs leading the discussion!
Reeves Lab retweeted
Thursday! We've got Sanjeev Sharma from @TeruelLab and Greg Reeves! If you have more questions about their talks, both speakers will be available afterwards for a more in-depth conversation.
Reeves Lab retweeted
This afternoon’s EMBRIO workshop session features an introduction to RICS (Raster Image Correlation Spectroscopy) by Dr. Greg Reeves @TAMU reeveslab.engr.tamu.edu
Just uploaded part 1 of a lecture on solving PDEs in Matlab: "Lecture 18 | Solving PDEs in Matlab (part 1 of 2)" youtu.be/668c6Af606g via @YouTube
It's great to be at #Dros23 and see all the fantastic research, especially in the new PI spotlight!
Reeves Lab retweeted
Join the #GGSA Mendelian Mingle for some refreshments before the seminar at 3:30pm outside of the GENE office on Monday, Jan. 23.
Don't miss our Genetics & Genomics Graduate Students presentations!
Sarah Ingram-Clark Lab
Alexandra Naron-Threadgill Lab
Shelby Morton-Reeves Lab
Texas A&M ChE is searching for early career PhDs to apply to our Accountability, Climate, Equity, & Scholarship (ACES) Fellows program. Fellows are given professional development experiences and will be targeted for transition to tenure track. Learn more: tx.ag/H3W2hB4
Hi everyone! Please take a moment and check out our new video about our research lab at Texas A&M!
youtube.com/watch?v=uC3SxzPo…
Reeves Lab retweeted
At 5:18 pm we are honored to have invited Greg Reeves @reeveslab to illuminate how cells coordinate patterns in his talk on "Synthetic transcriptional motifs in distributed systems" @ChEnected @Albert_Keung #aicheannual #DevBioMeetsTransport
Reeves Lab retweeted
Overexpression of hindsight in sensory organ precursors is associated with a transformation of campaniform sensilla to microchaetae in the Drosophila wing micropublication.org/journal…
Reeves Lab retweeted
Enjoying reading today's single cell papers
I've done the calculation & extrapolating from recent publications I can confidently predict a paper will be published in 2020 in which more cells than atoms in the universe are sequenced at a depth of less than 1 transcript per cell
Our latest preprint is available on bioRxiv! "Determination of novel members in the Drosophila melanogaster anterior-posterior patterning system using natural variation" biorxiv.org/content/early/20…
Check out the new blog post by Reeveslab: So, this Cactus walks into a nucleus... ift.tt/2C028zj
Just to clarify, the work was done at @NCState ... one of the undergrads who did the work is currently a grad student at UNC though! xitter.cf/Dev_journal/status/938…
Making gradients with facilitated diffusion
From @reeveslab @UNC & colleagues, in our On Growth & Form special issue
dev.biologists.org/content/1…
Check out the new blog post by Reeveslab: Validating assumptions ift.tt/2iPjnPV
Check out the new blog post by Reeveslab: When Diffusion Works Backwards ift.tt/2Bha2nw
Realizing “Integral Control” In Living Cells: How To Overcome Leaky Integration Due To Dilution? disq.us/t/2oniqis
Check out the new blog post by Reeveslab: Models should match observations ift.tt/2tNj3SH
Check out the new blog post by Reeveslab: Shifting paradigms ift.tt/2sqqy0h
Check out the new blog post by Reeveslab: The Happy Path and genome sizes ift.tt/2ugkW9w












