Juliana Zimmermann

TL;DR: MRI‐derived HCSF volumes in very premature‐born adults are investigated and specific associations with cognitive outcome highlight the importance of the left DG, and data suggest that specific interventions toward hippocampus function might be promising to lower adverse cognitive effects of prematurity.

TL;DR: In this article, the authors found significantly lower whole amygdala volumes in premature-born adults compared with full-term controls. But, they did not find that adult anxiety traits were associated with amygdala volume alterations.

TL;DR: In this article, the question of whether premature birth impacts brain age gap estimates (BrainAGE) using an accurate and robust machine-learning framework based on structural MRI in a large cohort of young premature-born adults and full-term (FT) controls was addressed.

TL;DR: Evidence is provided that premature born adults have widespread reduced CTh that is relevant for their general cognitive performance, and data suggest lasting reductions in cortical microstructure subserving CTh after premature birth.

TL;DR: In this paper, the authors found increased cortico-thalamic connection probability between left prefrontal cortices and left medio-dorsal thalamus in very premature-born adults, with these changes being linked with impairments in verbal cognitive abilities.