Cheers, Caswell :) Hopefully this brings some clarity, and ground for future studies on non-linearities in neurovascular coupling etc. Ps: note that environmental alignment may differ for pure and conjunctive GCs (Fig. 3BC) ,-)
@vitalcurrent
I study how mechanical forces influence brain function and health, bridging disciplines across cognitive neuroscience, memory, navigation, neuroimaging, electrophysiology, population coding & anatomy. Committed to interdisciplinary research.
Cheers, Caswell :) Hopefully this brings some clarity, and ground for future studies on non-linearities in neurovascular coupling etc. Ps: note that environmental alignment may differ for pure and conjunctive GCs (Fig. 3BC) ,-)
Mechanical forces matter "When APP is considered to be part of the force-sensitive machinery of the brain, it immediately indicates a novel role for APP in healthy brain function.."
www.psypost.org/scientists-u...
royalsocietypublishing.org/doi/10.1098/...
Exploratory results of our MR elastography data using HippUnfold shows higher tissue stiffness (shear wave speed) in posterior than anterior hippocampus. I love this tool!
I love this
The fact that a drug can dissociate neuronal from BOLD-based measures of connectivity is a powerful example for the non-linear relationship between spikes and fMRI-BOLD.
Fascinating study that suggests that the origin of AD-related tau pathology is mechanical stress caused by anatomical architecture www.linkedin.com/pulse/hidden... www.biorxiv.org/content/10.1...
www.nature.com/articles/s41... linking creativity and brain health 😍 (+socioeconomic status perhaps)
Nice demo by Mark Lescroart @neuromdl.bsky.social on EPI imaging of a single #fMRI slice. Great for teaching! :)
vimeo.com/143701608?fl...
Fascinating prepring showing that mechanically-driven brain folding may determine behavior more than genetics across primate species www.biorxiv.org/content/10.1...