Katherine Trice
Katherine Trice
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Statistical Learning
The Neurobiology of Auditory Statistical Learning is More Domain-Specific Early in Life
A symposium talk on typically developing children’s neural plasticity during statistical learning.
Mar 25, 2023 12:00 AM
San Francisco,CA
Zhenghan Qi
,
Anqi Hu
,
Yi-Lun Weng
,
Katherine Trice
Project
Multimodal Statistical Learning in Children with Autism Spectrum Disorder
A talk on autistic children’s neural plasticity during statistical learning.
Mar 11, 2023 9:00 AM
Durham, NC
Anqi Hu
,
Katherine Trice
,
Violet Kozloff
,
Amanda Owen Van Horn
,
Diane Chugani
,
Zhenghan Qi
Project
Less-is-more: A Developmental fMRI Study on Auditory Statistical Learning
A talk on typically developing children’s neural plasticity during statistical learning.
Nov 5, 2022 1:30 PM
Boston, MA
Anqi Hu
,
Yi-Lun Weng
,
Katherine Trice
,
Zhenghan Qi
Project
Greater Plasticity in the Language Network in Children than Adults During Statistical Learning
A poster on typically developing children’s neural plasticity during statistical learning.
Oct 7, 2022 10:15 AM
Philadelphia, PA
Anqi Hu
,
Yi-Lun Weng
,
Katherine Trice
,
Zhenghan Qi
PDF
Project
Brain, Language, and Autism Study (BLAST)
How do different modalities and domains of statistical learning skills grow and change across development in different populations, and what brain systems and connectivities underpin this? In this collection of projects, we use online statistical learning in the MRI to tease apart the developmental time-course of statistical learning in neurotypical individuals and determine how it differs in autistic children. We critically examine hypotheses of invariance, change, and domain-general vs language-specific mechanisms in statistical learning, and chart out the neural underpinnings of behavioral differences and connections to language development across our groups. Major contributions: Explore the neural development of statistical learning in neurotypical children and adults using functional magnetic resonance imaging (fMRI) techniques, particularly MVPA; delineate how variations in structural connectivity in autistic and neurotypical children relate to statistical learning outcomes
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