There is evidence that
the male brain uses either one hemisphere or the other and relies on specialized brain regions when performing a task.
Women in particular need to be careful about «conducting» because research has shown that female voices stimulate parts of
the male brain used to decipher music.
Not exact matches
Some of the medical studies I
used as a reference are: Caloric restriction and intermittent fasting: Two potential diets for successful
brain aging and Dietary Factors, Hormesis and Health, found on the US National Library of Medicine Site, Cardioprotection by Intermittent Fasting in Rats on the American Heart Association Site and Effect of Ramadan intermittent fasting on aerobic and anaerobic performance and perception of fatigue in
male elite judo athletes from the Journal of Strength and conditioning research.
At Case Western Reserve in Cleveland, Ohio, for instance, psychiatrist Peter Buckley has
used Bookstein's methods to show that the ventricles in
male schizophrenic
brains differ in shape as well as size from those in
brains.
The electric
brain signals, measured by
using EEG, of
males and females show differences.
Using this method, researchers found that the information of ESP1 was routed differently in
males and females by neurons in a region of the
brain called the amygdala.
Male voices activate the «mind's eye,» a region of the
brain used for conjuring imagery.
This means that
male brain electrical functioning is changed more than female
brains by long - term alcohol
use»
Dulac's study — which
used genetic manipulation and surgery to create VNO-less female mice — reveals that the circuitry for
male behaviors appears to be present in all mouse
brains.
Do this lying in a functional magnetic resonance imaging (fMRI) machine and you will have an idea of what researchers instructed 12 female and nine
male subjects, all right - handed, to do so they could attempt to determine the regions of the
brain exclusively
used when humans envision specific future events.
Your call for caution in the
use of functional magnetic resonance imaging (fMRI) as a research tool for assessing and explaining
brain function was timely (19 October, p 32), particularly as it is widely
used to pinpoint
male - female differences in cognitive abilities and performance.
Researchers examined data from a total of 1,577 participants (aged 12 — 21 years, 57 %
male / 43 % female), that included information on cannabis
use,
brain imaging results, and polygenic risk score for schizophrenia.
Male teens who experiment with cannabis before age 16, and have a high genetic risk for schizophrenia, show a different
brain development trajectory than low risk peers who
use cannabis.
Jean Decety, a psychologist at the University of Chicago, and his colleagues
used functional MRI to scan the
brains of 121
male prison inmates while they looked at photos of a painful moment, such as a foot stepping on a nail or a finger being smashed in a drawer.
Rubin
used a cell model of glioblastoma to prove it is easier to make
male brain cells become tumors.
When the birds were 23 days old, the age at which song learning is known to begin, the researchers injected the gene - silencing RNA strands into seven
male zebra finches»
brains,
using 10 finches as controls.
Second, the lab is studying how early life stress impacts both the transcriptome in stress - related
brain regions
using deep - sequencing methods and the addictive potential of the prescription opioid oxycodone
using the drug self - administration paradigm, in
male and female rats.
Using microinjection of adeno - associated viral vector bearing a transgene encoding FKBP1b into the hippocampus of aged
male rats, we assessed the critical prediction that overexpressing FKBP1b should reverse Ca2 + - mediated manifestations of
brain aging.
Then,
using the fMRI data, they looked for spots in the
brain that mirrored those overlap patterns — for instance, places where there was a similar amount of overlap between «Black» and «
Male» as in the mouse - tracking data.
Assumptions are often made that differences in patterns of
brain activation between females and
males in a particular task must mean that females and
males use different mental processes to complete that task; however, mental processes are highly complex and involve interaction between many different regions of the
brain (Fine, 2013).