Our paper is now out in @ScienceAdvances !
https://t.co/mX05lMhSR7
We found that the disease-causing “Z” mutant of α1-antitrypsin “gums-up” the endoplasmic reticulum (ER) by forming a solid matrix, shown here by hypotonic shock… 1/8
I have a BBSRC CTP PhD on protein kinases & cancer therapies available to start in Oct 2025. It is a collaboration between my lab @BabrahamInst and @CR_Horizons@BabrahamUK We're a friendly bunch. We like cake. What's not to like? Please RT
https://t.co/i7sG6gA5DL
Our new paper is out, https://t.co/gsfDCeZHHX📄 on how a membrane-curving protein RTN4/Nogo links neurite regeneration and the tubular ER🕸️🧠
It's all about how it narrows tubules, slows luminal transport, restricting Ca2+ supply for the outgrowth puffs ☁️🧑🤝🧑@koslovergroup
🧵
🚨With @AbellJonny & @Kosloverlab we are excited to organise “The Endoplasmic Reticulum Structure and Function Across Cell Types” session at #cellbio2024#ASCBEMBO!
If you are interested in ER, its cellular functions, send us your abstracts by Aug 6🔬
https://t.co/6eq3cyGlVZ
Congratulations to Marina for being awarded the Corday-Morgan #RSCPrizes for the development of unique probes and methodologies in fluorescence imaging! 🎉🔬
I am hiring a research assistant for my lab working on host-pathogen interactions of bacterial infections.
Please send to anyone who might be interested.
https://t.co/yyTQSd6QqK
If you're interested in ER morphology and lysosome function in neurons then check our new BioRxiv paper out:
Atlastin-1 regulates endosomal tubulation and lysosomal proteolysis in human cortical neurons https://t.co/8GBAzdzNLS
Delighted our paper on oxygen tension in cell culture is now out in @embojournal. Particular congratulations to @joycelyntsi (see her🧵here). Thank you to our many
collaborators, and to funders @wellcometrust@The_MRC@TheBHF
👇
https://t.co/mBTcGhwmYm
Our📰 in PNAS now on how the ER shaped as nanoscopic pipework powers Ca2+ firing
Explains why ER is shaped as a tubular network🕸️🔬and how ER defects cause neurodegeneration🧠?
It’s all about Ca2+
Led by @CecileCrapart 👭👬@koslovergroup@AvezovL
https://t.co/mbM153ULCe
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Luminal transport through intact endoplasmic reticulum limits the magnitude of localized Ca2+ signals | now our in PNAS https://t.co/mbM153ULCe
Additions include analysis of what happens to Ca2+ releases from sheets
and ER misshaping effects on the Ca2+ releasing ip3 receptor
🚨 JOB CALL!!! 🚨
If you’re interested in neuronal cell biology, come and work with us to use custom imaging and omics tools to study organelle contact sites in neurons.
Please RT friends‼️
Open calls for a @wellcometrust funded Post doc and RA position listed below…