Gareth Moore (@gareth_r_moore) 's Twitter Profile
Gareth Moore

@gareth_r_moore

Postdoc @LabTrivedi🫘 PhD @TheAsheLab and @BaldockLab at the University of Manchester🪰

ID: 1245007671184502786

calendar_today31-03-2020 15:19:11

89 Tweet

153 Followers

315 Following

Joan Chang (@tranejoan) 's Twitter Profile Photo

🚨we have a PhD position open! New exciting project with baldocklab and Zacherchenko lab, combining: 🔎#ECMatrix (read: #collagen) 🏗️#Structural biology 🐣#Development in 🦴 Please share widely to budding matrix/structural aficionados! FindAPhD: findaphd.com/phds/projectde…

PLOS Biology (@plosbiology) 's Twitter Profile Photo

Modeling of total #RNAseq time series data across early #Drosophila #embryogenesis provides estimates of mRNA half-lives; single-molecule imaging reveals that unstable mRNAs & 3' #mRNA fragments are enriched in P-bodies The Ashe lab #PLOSBiology plos.io/3CVSEai

Modeling of total #RNAseq time series data across early #Drosophila #embryogenesis provides estimates of mRNA half-lives; single-molecule imaging reveals that unstable mRNAs &amp; 3' #mRNA fragments are enriched in P-bodies <a href="/TheAsheLab/">The Ashe lab</a> #PLOSBiology plos.io/3CVSEai
The Ashe lab (@theashelab) 's Twitter Profile Photo

Great to see this work from Lauren Forbes Jennifer Love and Yuliya Shapovalova as part of our collaboration with @MagnusRattray published! RNA-seq, mathematical modelling and imaging ⬇️🧬🧮🔬

The Ashe lab (@theashelab) 's Twitter Profile Photo

We are hiring! There are TWO exciting new postdoc positions in the lab building upon our previous work on #BMP signaling both in the #Drosophila embryo and germline stem cells. Please RT and share, full details in the thread 🪰🧬🔬🥼

The Ashe lab (@theashelab) 's Twitter Profile Photo

Excited to share our latest research out today in Cell Reports looking at transcriptional bursting of X chromosome genes in the Drosophila embryo. 🧬🔬 shorturl.at/xDL59

baldocklab (@baldocklab) 's Twitter Profile Photo

We’re really excited to share our latest paper published in NSMB on the structure of #fibrillin microfibrils by #CryoEM WTCCMR The University of Manchester nature.com/articles/s4159…

Barcelona Collaboratorium (@bcncollab) 's Twitter Profile Photo

🙌Friday was the last day of the Computational Modelling of Multicellular Systems course. Below is a picture of all the participants and some of our teachers. It was great to have you here! #EMBOMulticellModelling EMBO EMBL Barcelona EMBL Events

🙌Friday was the last day of the Computational Modelling of Multicellular Systems course. Below is a picture of all the participants and some of our teachers. 

It was great to have you here!

#EMBOMulticellModelling

<a href="/EMBO/">EMBO</a> <a href="/EMBLBarcelona/">EMBL Barcelona</a> <a href="/EMBLEvents/">EMBL Events</a>
The Ashe lab (@theashelab) 's Twitter Profile Photo

Lab lunch today saying hello to our new post-doc Amanda and saying gooodbye masters student Harry- well done on your hard work! 😊🪰🔬

Lab lunch today saying hello to our new post-doc Amanda and saying gooodbye masters student Harry- well done on your hard work! 😊🪰🔬
The Ashe lab (@theashelab) 's Twitter Profile Photo

Please RT - we are looking for a postdoc to investigate how signalling filopodia collect and transduce the #BMP signal in #Drosophila ovarian germline stem cells, collaborating with Shukry J Habib in beautiful Lausanne! 🪰🏔️ Full details in the ad: jobs.manchester.ac.uk/Job/JobDetail?…

The Ashe lab (@theashelab) 's Twitter Profile Photo

It's that time of year again - we are collecting donations of festive food and gifts for Emmeline's Pantry New to help support local families this Christmas 🎁 The collection will run throughout November - please get in touch if you wish to get involved! 🎅 Division of Molecular and Cellular Function UoM UoM Biology, Medicine and Health

Tomas Malinauskas (@t_malinauskas) 's Twitter Profile Photo

The evolution of multicellular organisms led to the development of body structures and functions. During embryogenesis, establishing three body axes–anterior-posterior (head-to-tail), dorsal-ventral (back-to-belly), and left-right–is essential for the organism's development. 1/n

The evolution of multicellular organisms led to the development of body structures and functions. During embryogenesis, establishing three body axes–anterior-posterior (head-to-tail), dorsal-ventral (back-to-belly), and left-right–is essential for the organism's development. 1/n
Gareth Moore (@gareth_r_moore) 's Twitter Profile Photo

Absolutely delighted to share this work on the conserved interaction between Twisted gastrulation and BMPs! Congratulations to my co-first authors Tomas Tomas Malinauskas and Amalie, and the entire team! Take a look here: nature.com/articles/s4146…

Nature Communications (@naturecomms) 's Twitter Profile Photo

Authors from The Ashe lab, @BaldockLab including Tomas Malinauskas and Gareth Moore report structures of TWSG1 in complex with a BMP ligand and show how TWSG1 inhibits signaling. nature.com/articles/s4146…

Authors from <a href="/TheAsheLab/">The Ashe lab</a>, @BaldockLab including <a href="/t_malinauskas/">Tomas Malinauskas</a> and <a href="/Gareth_R_Moore/">Gareth Moore</a> report structures of TWSG1 in complex with a BMP ligand and show how TWSG1 inhibits signaling.

nature.com/articles/s4146…
Gareth Moore (@gareth_r_moore) 's Twitter Profile Photo

Glad to share the second half of my work on Tsg focusing on the second half of the protein! Read below for modelling, mutations, embryos and even a bit of evo-devo! 🪰

Trivedi Lab (@labtrivedi) 's Twitter Profile Photo

We are excited to share the latest contribution from the lab! We found that cells in gastruloids communicate to each other in order to control the timing of gastruloid symmetry breaking.