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A cool method from the Hirase lab - for a long-term labeling of blood vessels in the brain for chronic imaging - no more repeated labeled Dextran injections👍🏻

Looking forward to GRC next year. Trainees apply for the GRS meeting, best place to be to discuss fun science.

Fascinating work Amit!! Literally finding light in the darkness 👍🏻

A team of talented students in my lab decoded relation between oligodendrocte precursors cell-fate and Ca2+ signals, and uncovered that norepinephrine can be a link between the two. Find more on our Ca2+ imaging & fate mapping study👇 biorxiv.org/content/10.110…

Tenure Track Faculty Position - Department of Physiology g.co/kgs/ivzPsp Please can you make suitable candidates aware of a faculty position at UCLA in the Physiology Department.

We are completing the first half of the #CajalGlia2023 Course Bordeaux School Of Neuroscience 🧠 tomorrow! Wonderful students and instructors have been working very hard all week. They also listened to many fantastic talks by...

I am very excited and happy to share our work on how oligodendrocyte precursor cells (OPCs) integrate calcium signals and neuromodulatory cues to regulate their fate in vivo. Check out the fun supplemental videos, which are part of this paper nature.com/articles/s4146…

2P-imaging of calcium transients in somatosensory cortex of a mouse engaging in explorative behavior static-content.springer.com/esm/art%3A10.1…

Thanks Neurotar, for this organsing webinar…looking forward to be part of it.

This cartoon summarises it all - there are distinct baseline and norepinephrine-evoked calcium signals during proliferation and differentiation: nature.com/articles/s4146…

Last days to apply to International Astrocyte School 2024 in Bertinoro, great faculty for great science on #astrocytes #ias ias2024.azuleon.org

As seen under 2P-microscope in the brain, calcium microdomain activity in oligodendrocyte precursor cells in response to exploratory locomotion (and norepinephrine release) in an awake behaving mouse. rdcu.be/dtg4p

Chronic imaging of neuronal activity in the somatosensory cortex, in response to self motivated exploratory locomotion in an awake behaving mouse. rdcu.be/dtg4p

Tomorrow in the live webinar, Alexey Semyanov and I will be discussing about our new results on astrocytes and oligodendrocyte calcium signaling, and how these glial cell-types integrate neuronal signaling. If interested in neuro-glia interactions tune in👇

Excited to announce that our paper on activity- and potassium-mediated metabolic coupling between oligodendrocytes and axons is now published Nature Neuroscience congrats to Zoe Looser, Zainab Faik, the whole team and co-authors for this achievement! nature.com/articles/s4159…

An inspiring encounter with Carl-Henrik Heldin from @UU_University after his fantastic inaugural Heidelberg Frontiers in Medicine lecture at Uni Heidelberg DKFZ. Engaging discussions with junior group leaders on driving discovery, being bold, and tips on winning a The Nobel Prize :)

Many congratulations Ingie Hong and the team for a superb work 🍻Indeed beer hold a special palce in many discoveries. It was fun to work with you at early stages of the project, and feel honored to be part of it. Waiting to have another beer with you.

It’s exciting to share our review on oligodendrocyte lineage cells and their fate regulation by calcium. What a fun experience brainstorming and putting togather this piece with Kelly Monk, Jiaxing Li and Fred Fiore. cell.com/trends/neurosc…

Just finished our Symposium on glial-neurons interactions in cognition and Behaviour at #FRM2025 sharing stage with old friends in the field Amit Agarwal and Sandra Vaz. Thanks Rasmus Herlo and Antonis Asiminas for the invitation. SENC HNPdivulga IDISCAM H. N. Parapléjicos

Exciting work from the Hirase Lab!!