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Abstract #2885

Gender-Specific Anatomical Alterations of Hemispheric Asymmetry During Healthy Aging of Human Brain

Xiaojing Long1, Chunxiang Jiang1, Weiqi Liao1, Lijuan Zhang1

1Paul C. Lauterbur Research Center for Biomedical Imaging, Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences, Shenzhen, Guangdong, China

A multivariate model based on morphological variates including cortical surface area, curvature index, thickness, and subjacent white matter volume, was developed to evaluate and track the differences of laterality alterations between male and female genders during healthy aging.

Keywords

academy access addition advanced advances aged aging alterations anatomical anterior asymmetric asymmetries asymmetry behavior biomedical body brain brains categorized caudal cerebrum characteristics china clinical collective common consideration constructed construction cortex cortical curvature database debatable decline defined dementia demographic detailed developed disappearance disease elderly emotional entire episodic evaluate evolution examinations except execution experience extent extra fairly female females findings fluid functions gender genders gray greater handed healthy hemisphere hemispheres hemispheric human identified illnesses index indicates initiative institutes isthmus language lateral lateralization leftward life lingual lobe located long loss mainly male males materials mathematical memory middle model morphological movement multivariate necessitate neurological oasis occipital occurred open operations opposite parietal pattern poses posterior preserved prime processing psychiatric reduced reduction related respectively retrieved rightward routine ruled sciences segmented selectively series shape significantly still structural studies subject subjects summary surface surfaces surfer table technology track variables variate variates variations visual volume white whole whose years young