with eLABE data from #wunderlab and Drs. Barbara B Warner, Deanna M Barch, Cynthia E Rogers, Joan L Luby, Christopher D Smyser, and the #babyconnectomeproject led by Dr. Jed Elison's team

conducted under the supervision of @muriahwheelock.bsky.social with support from collaborators including @gordonneuro.bsky.social @adameggebrecht.bsky.social @donnadierker.bsky.social et al.

conducted under the supervision of @muriahwheelock.bsky.social with support from collaborators including @gordonneuro.bsky.social @adameggebrecht.bsky.social @donnadierker.bsky.social et al. and the #babyconnectomeproject led by Dr. Jed Elison's team

This work investigates the applicability of adult-derived functional network divisions to infant/toddler functional connectivity (FC), identifying regions with early "adult-like" organization and linking them to interindividual variability in adults.

It compares infant/toddler area parcellations with existing adult and infant atlases to assess alignment and potential biases in analytical approaches. Additionally, it presents both coarse and fine-grained functional network divisions for a group-average connectome at approximately 2 years of age.

In this paper, we employed spontaneous BOLD signals in sleeping infants and toddlers to derive a group-level functional organization at the resolution of areas and networks.