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SUMMARY:Using global multicohort studies to determine how genetic and envi
 ronmental factors influence brain development in infancy and early childho
 od. - Rebecca Knickmeyer\, Michigan State University
DTSTART:20250212T140000Z
DTEND:20250212T150000Z
UID:TALK227983@talks.cam.ac.uk
CONTACT:Simon Braschi
DESCRIPTION:In this talk\, Dr. Knickmeyer\, founder and director of the Or
 ganization for Imaging Genomics in Infancy (ORIGINs)\, will describe who w
 ill be included in this dataset\, what is being measured\, and data analys
 is plans. She will provide highlights from ORIGINs first major analysis in
  which we mapped the trajectory of intracranial volume (ICV)\, subcortical
  structures (Thalamus\, Hippocampus\, Amygdala\, Caudate\, Putamen and Pal
 lidum) and cognitive development from birth to six years in over 2000 chil
 dren from four countries (Germany\, Singapore\, South Africa\, and the US)
 \, investigated the effect of sex\, preterm birth\, birthweight\, maternal
  education\, and family income on trajectories of ICV and subcortical volu
 mes and on cognitive development\, and examined brain-cognition correlatio
 ns. She will also present emerging results from a genome-wide association 
 study of CSF-related phenotypes in early infancy and a genome-wide associa
 tion study of resting-state fMRI phenotypes in early infancy.
LOCATION:https://us02web.zoom.us/j/87076030035?pwd=XUpJuh8jiR0mae1AhkV79qb
 g8MtlSM.1
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