LindLab

Laboratory at University of Copenhagen using in vivo 2-photon microscopy to study astrocytes and neurovascular coupling.

[Jill Stobart @JillStobart]

Big news!! Our paper about astrocyte NMDA receptors is out in Nature Communications! https://t.co/L2YDsDxVzI
This team effort was spearheaded by @NoushinAhmadpo1 @MeherKantroo
Thanks to the Reviewers for suggesting "mechanism" experiments that took this story to the next level!

[LindLab @Lind_Lab]

Timing of the first peak in astrocytic Ca2+ levels was significantly earlier than capillary dilations following PVIN stimulation +PA or 1storder capillary dilation following PVIN stimulation grouped according to the detection of a preceding astrocytic and was reduced after DSP-4

[LindLab @Lind_Lab]

This paper just out in @GLIA_Journal, https://t.co/1sntaqSLrK, show how #astrocytes respond to #PV #interneurons activity in awake mice prior to a #NVC response. Done with Martin Thunemann @BU_NPC, @MartinMlauritz and others at the @transneuro_lab at @neurosceince_dk.

[LindLab @Lind_Lab]

The earliest PVIN-dependent astrocytic Ca2+increases are susceptible to reduced cortical NA levels. Changes in vascular lumen and astrocytic Ca2+levels following 2 s PVIN stimulation and how it is modified after DSP-4 treatment. Visualised through hypothesis-based alignment.