@EmilyRoseMarti9 submitted one of her beautiful neuron staining pictures to this competition! If you want to support her to win some customised goodies please vote for her!
Voting for the 2024 #StemCellfie contest is now live! 🗳️ Tell your friends, family, and labmates to vote by May 5th for a chance to win prizes, including a magnetic puzzle of your submission: https://t.co/aOzei2ERuL
Please check our research news! Emily @EmilyRoseMarti9 and Josan @josanyen worked amazing 😻 We developed a new method to culture the human neuroblastoma cells.
A @UniofExeter graduate has discovered a new, animal-free method through which neuroscientists can produce human neuron-like cells to study brain development. Read: https://t.co/NojqzEsjKA @AFR_UK@Oguro_Ando_lab#NeuroScience
Great work published in @AJHGNe
Charli @Charli0511 performed a multi-study GWAS, functionally validated the likely causal variant with single base gene editing & used that variant as a proxy for EPO-increasing therapies for anaemia in CKD @timfrayling @GSK@josanyen @rbamford5
Final poster of #FENS2022!
Continuing on from yesterday, we further explore the molecular functions of JAKMIP1. We uncover potential roles in coupling transcription/splicing to cytoplasmic local translation. Visit S03-395 to learn more!
@Oguro_Ando_lab@ExeterNeuro@ExeterMed
Our first poster is up today!
If you’re interested in neuronal IL-6/JAK1/STAT3 signalling, how it may be dysregulated in Autism spectrum disorder (ASD), and implications on neurite outgrowth, come visit S01-543!
@Oguro_Ando_lab@ExeterNeuro@ExeterMed#FENS2022
Emily and I are proud to represent the @Oguro_Ando_Lab at #FENS2022!
We’ll be presenting our work investigating the role of an Autism candidate gene in cytokine signalling and transcriptional regulation. Visit posters S01-543 (Sunday AM) and S03-395 (Monday AM) to learn more!
Congrats, @josanyen, and @rbamford5! Our review is online now:-)
Cell Adhesion Molecules Involved in Neurodevelopmental Pathways Implicated in 3p-Deletion Syndrome and Autism Spect… https://t.co/v4eXN0tJGb