In adults, sex and steroid hormone differences have been observed in several cognitive domains, most notably in the domains of spatial processing, language, and manual dexterity. Age-related cognitive differences have also been observed throughout the lifespan, with many improvements occurring during childhood. While cognition improves with age, other factors (i.e., sex, pubertal status, and steroid hormone levels) may also influence development. The present study compared performance on a visuo-spatial working memory (VSWM) task and three simple articulation (ART) tasks. Pubertal status and hormone levels, at time of testing, were measured. Sex, pubertal status, and hormone differences were observed. This study is one of the first to pr...
Age-related changes in cortical thickness have been observed during adolescence, including thinning ...
There is considerable controversy about the origins of sex differences in cognitive abilities, parti...
During puberty a dip in face recognition is often observed, possibly caused by heightened levels of ...
Neuropsychological sex differences have since long been under debate. Support for the relation betwe...
Little is known about the hormonal effects of puberty on the anatomy of the developing human brain. ...
The relationship between the gonadal steroids, testosterone and estrogen, and individual and group d...
The basis for sex differences in cognitive ability remains poorly defined and controversial both sci...
Adolescence may mark a sensitive period for the development of higher-order cognition through enhanc...
Hormones of the hypothalamic-pituitary-gonadal (HPG) axis that regulate reproductive function have m...
Superior performance by women on a task requiring object location memory has challenged the traditio...
The present study is a retrospective analysis to determine whether sex differences in cognition exis...
Puberty reflects a period of hormonal changes, physical maturation and structural brain reorganizati...
The consistent gender differences favoring males in some spatial abilities like mental rotation have...
Puberty reflects a period of hormonal changes, physical maturation and structural brain reorganizati...
This body of research investigates the effects of sex and estrogen on higher brain functions, in gen...
Age-related changes in cortical thickness have been observed during adolescence, including thinning ...
There is considerable controversy about the origins of sex differences in cognitive abilities, parti...
During puberty a dip in face recognition is often observed, possibly caused by heightened levels of ...
Neuropsychological sex differences have since long been under debate. Support for the relation betwe...
Little is known about the hormonal effects of puberty on the anatomy of the developing human brain. ...
The relationship between the gonadal steroids, testosterone and estrogen, and individual and group d...
The basis for sex differences in cognitive ability remains poorly defined and controversial both sci...
Adolescence may mark a sensitive period for the development of higher-order cognition through enhanc...
Hormones of the hypothalamic-pituitary-gonadal (HPG) axis that regulate reproductive function have m...
Superior performance by women on a task requiring object location memory has challenged the traditio...
The present study is a retrospective analysis to determine whether sex differences in cognition exis...
Puberty reflects a period of hormonal changes, physical maturation and structural brain reorganizati...
The consistent gender differences favoring males in some spatial abilities like mental rotation have...
Puberty reflects a period of hormonal changes, physical maturation and structural brain reorganizati...
This body of research investigates the effects of sex and estrogen on higher brain functions, in gen...
Age-related changes in cortical thickness have been observed during adolescence, including thinning ...
There is considerable controversy about the origins of sex differences in cognitive abilities, parti...
During puberty a dip in face recognition is often observed, possibly caused by heightened levels of ...