Anybody else having problems with ABCD 5.0 release? Minimally processed data is missing for many children. Raw data is complete but docker to perform minimally processing is incomplete. We were told nothing will be fixed until summer 2024 & previous releases are not available...
🧠✨ Our paper on "MindReading", aka fMRI to image reconstruction, is up this afternoon! Swing by our poster at #CVPR2023@CVPR to delve into the magic of brain decoding.
📍 Location: West Exhibit Hall #201
⏰ Time: 04:30 PM - 06:30 PM Thu
Project page: https://t.co/k3OntxqAlv
1/5 One for animal behaviourists. About 10 years ago I placed a Barn owl nest box in this barn and almost immediately a pair of jackdaws moved in and made it their home raising numerous broods over the years until 2022. In 2022 a pair of Barn Owls evicted the jackdaws and
(3/3) In this new release, we fixed the ordering of right-hemisphere parcels, such that the left and right parcel pairs have 1-to-1 homotopic correspondence.
Don’t hesitate to reach us if you have any further questions!
(2/3) Previously, we ordered both the left and right hemisphere parcels by their respective network orders, which accidentally disrupted the homology across-hemisphere.
(1/5) 🥳My homotopic parcellation paper is ready as a preprint!

🧠The lack of homotopy between left and right of the Schaefer parcels has limited its usage for brain lateralization studies.

💡Here, we extend our previous model to account for homotopy
(1/5) 🥳My homotopic parcellation paper is ready as a preprint!

🧠The lack of homotopy between left and right of the Schaefer parcels has limited its usage for brain lateralization studies.

💡Here, we extend our previous model to account for homotopy
(5/5) I want to thank my many co-authors for their invaluable contributions to this work, in particular my mentor @bttyeo
and my colleagues @rubykong92
and @xueaihuiping. We hope our homotopic parcellation will be a useful resource for the community!
(3/5) After assigning the individual parcels to Yeo7/17 networks, we found that weaker correlation between homotopic parcels are associated greater lateralization in resting-state network organization.
(2/5) We showed that the resultant 400-area homotopic parcellation are as homogeneous as the Schaefer parcellation, and more homogeneous than 5 other public parcellations (including 2 homotopic parcellations).