CaBLAM: a bioluminescent, genetically encoded calcium indicator for high-contrast imaging in cells and in vivo. @_theglowup @NathanShaner @BiolumHub @ADC_NeuroEnv https://t.co/WXyV8AeAaa

https://t.co/oqG3LYgagy

I am extremely pleased to announce that our paper is now published in Nature Communications. Here, we show for the first time that the GLP-1R signals from endosomes by forming contacts with the ER via the ER membrane contact site tethers VAPA and VAPB🧵 https://t.co/OXuZR7qazb

Endoplasmic reticulum disruption stimulates nuclear membrane mechanotransduction https://t.co/519NUr6fxv

. @WCMQatar will host the 18th International Meeting of the European Calcium Society (ECS), a premier event that discusses the latest advancements and trends in calcium signalling. https://t.co/Kn6PrsIzxa

Work by the highly talented @JensLoncke, coordinated together with Tim Vervliet and excellent support by LMCS team members (Ian de Ridder, Rita La Rovere, Martijn Kerkhofs and Jan Parys) and superb collaborators: Catherine Verfailllie, @Irina52948708 and Allen Kaasik labs!

Happy to share our most recent paper unlocking the role of the Fe-S-cluster-binding protein CISD2 underlying the health of human neurons. The key lies in its ability to sustain mitochondrial function by promoting ER-mitochondrial contact sites! https://t.co/qK0UI2QfeU

What's the strongest genetic protector against obesity? It's GPR75! Humans with loss-of-function variants in GPR75 weigh 5 kg less, and deleting it makes mice thin GPR75 inhibitors haven't made it to human trials yet, but they're on their way: Regeneron are among the leaders

“Time is brain” for cell therapies? 🧠#Stroke Our new Advanced Science perspective argues that #StemCellTherapy for Ischemic Stroke should be timed to a biomarker-defined, or even personalized “window of receptivity”, not just the thrombolysis/thrombectomy clock Thanks so much

Slimme studenten gebruiken geen laptop om nota te nemen in de aula. Overzicht van 24 studies toont aan dat er meer geleerd wordt met handgeschreven nota's, hogere punten, omdat de informatie dieper verwerkt wordt. https://t.co/XFkmaUMbod

Today in @Nature we report a new prime editing strategy that can rescue a common cause of many genetic diseases in a disease-agnostic manner. This approach converts a redundant endogenous tRNA into an optimized suppressor tRNA, enabling a single prime edit to rescue premature

Every researcher's nightmare: "Your sample size is too small to detect that effect." This open-access paper in Frontiers in Medicine solves that problem BEFORE you collect data. "How to calculate sample size in animal and human studies" by Zhang & Hartmann breaks down: ✓ What

🚨 New Review Alert! 🚨 Our latest in CSH Perspectives in Biology explores when, where, and how calcium ions flow between organelles—and why this matters for cellular signaling & health. Read more 👉 #CellBiology #Calcium @cshperspectives https://t.co/T7DZUWKDPr

Proud to share the collaborative work with @NasuLab_IBC & @Campbell_FPs (Robert E. Campbell)! Split biosensors have been developed to intrinsically monitor membrane contact & Ca²⁺ exchange simultaneously—no chemical fluorophores required! 👉 https://t.co/e562JyYR11"

Offering up to £3,000 to graduate #PhD students and #postdocs, our Travelling Fellowships help early-career researchers undertake collaborative visits to other laboratories. Next application deadline is 8 August 2025 https://t.co/5y5YGRuEaN

In a single E. coli, about 25 percent of all proteins use metals (like zinc, iron, copper, magnesium, etc) to do their chemistries. And yet, incredibly, fewer than ONE FREE METAL ION is present per cell on average. There are, in other words, basically no loose metal ions

Happy to share my new review with Siyu Tao @siyu_siyutao and Luc Leybaert @Lucweethet from Ghent University, Belgium @ResearchUGent @ugent ! New insights into IP3 receptor (IP3R) cooperativity: https://t.co/leMNUyaAF2 #Ca2+ signaling #ion channels

https://t.co/8MeQuJeabH 🚨 Where does #lipid peroxidation kick off in #ferroptosis?🔥Excited to reveal #ER-#mitochondria #contactsites as ignition point of the lipid peroxidation cascade! Huge kudos to our @SassanoLivia &our amazing collaborators making this breakthrough possible

We will be hosting a webinar to together with @MitOtalks to highlight research in our recent Special Issue: Cell Biology of Mitochondria. Register here: https://t.co/KDl7SxuS5M Explore our ToC:

Please see the upcoming event of @EuroCalcium with a fresh ECS webinar on very interesting topic & speakers line-up! Great job in securing these speakers, @EuroCalcium!