basic & translational research on CSF-based signaling & choroid plexus • find us @HMS_Neuro & @BostonChildrens Pathology Dept • // account run by lab members
New BioRxiv Post‼️
A Multi-Modal atlas combining human pathology, mouse modeling, transcriptomics, and advanced imaging.
Check out the pre-print here: biorxiv.org/content/10.64898…
🌟 Review led by @ScienceYael on apocrine secretion at the choroid plexus: evidence across imaging/proteomics🔬, regulatory cues, and CSF proteome impact
New from our lab: in mice, maternal psychedelics reach embryonic CSF within minutes, activate the choroid plexus, and alter development with adult behavior effects. Thread🧵👇
🚨 Psychedelics in pregnancy - can a single dose reach the embryo and matter? Yes. In mice they hit embryonic CSF within minutes, activate choroid plexus→CSF axis, & shift cortical development w adult behavioral signatures. @LehtinenLab Preprint:
biorxiv.org/content/10.1101/…
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ALT Cover of the July 2025 issue of Nature Neuroscience (Vol. 28 No. 7), featuring a high-resolution confocal microscopy image of the embryonic mouse fourth ventricle choroid plexus, highlighted in cyan and magenta on a black background. The title reads: “Choroid plexus secretion reshapes brain development.”
ALT Screenshot of a webpage from nature.com describing the cover story of the July 2025 issue of Nature Neuroscience. The text explains that the cover image shows the choroid plexus of an E16.5 mouse stained for AQP1, revealing how apocrine secretion influences CSF composition and brain development. Technical details include the use of a Zeiss LSM 710 microscope with AI-based denoising and image processing. The image is credited to Ya’el Courtney, Boston Children’s Hospital, and the cover design to Marina Spence.
Led by @ScienceYael and out today in @NatureNeuro: the brain's fluid-secreting organ — the choroid plexus — can reshape neural development through a powerful, little-known process. & it can be hijacked by serotonergic drugs like LSD. 🧠👇 A thread rdcu.be/eoaSY