📈New & improved pre-print on the network-based spreading of grey matter changes across multiple stages of psychosis! We find that (1) 🧠volume changes are strongly constrained by axonal connections & (2) 🎯the hippocampus may be an epicenter of spread https://t.co/2s3cIlzj6y 1/n
We're seeing some interesting thalamic cases thanks to collaborator @kaihwang12's research program.
See if you can match the lesion with the syndrome...
I'm pleased to share our work newly on NeuroImage, co-authored with Dr. @garilerma , Dr. Francisco Clasca and Dr. Kepa Paz-Alonso!
We propose a ready-to-use
Reproducible protocol to obtain and measure first-order relay human th... https://t.co/SVrL1aAXbd
🧵 (1/6)
And it's open source with full transparency!
You can find the information on https://t.co/oXfbzbqlH4
and the dockerized pipeline
https://t.co/OHvHIEB3tj
🧵 (5/6)
Check out this OHBM Poster, A reproducible protocol to estimate first-order white-matter thalamocortical tracts at https://t.co/OL7vtoRniS
#OHBM2021@OHBM
I'll be here by the poster for the next one hour, and tomorrow 6-7pm CET.
Seems the platform is not getting better, so, here is the link of my poster, https://t.co/OL7vtoRniS
DM me here if you are interested and I'm online. @OHBM#OHBM2021
Hi there, we are presenting a reproducible protocol to estimate the thalamocortical tracts at @OHBM. Poster ID: 2718, I'll be there at 2am 22nd, 10am 24th, and 6pm 25th, come and say hi! #OHBM2021
Hi there, we are presenting a reproducible protocol to estimate the thalamocortical tracts at @OHBM. Poster ID: 2718, I'll be there at 2am 22nd, 10am 24th, and 6pm 25th, come and say hi! #OHBM2021