Приклади вживання Cerebral hemispheres Англійська мовою та їх переклад на Українською
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The cerebral hemispheres.
It may or may not have to do with cerebral hemispheres.
Cerebral hemispheres of a human embryo at 8 weeks.
Instead of the cerebral hemispheres-.
The cerebral hemispheres are derived from the telencephalon.
Mental abilities are not absolutely separated into the left and right cerebral hemispheres of the brain.
These are like two cerebral hemispheres of the country.
The cerebral hemispheres appear, gradually becoming the largest parts of the brain.
Such violations can be compared with inadequate development,or the absence of large cerebral hemispheres in humans.
It comprises the left and right cerebral hemispheres, which control the opposite sides of our body.
Psychologist Gloria Martinez Ayala states that when we color,we activate different areas of our two cerebral hemispheres.
It connects the left and right cerebral hemispheres and facilitates interhemispheric communication.
It is born in the human brain only with a combination ofelectromagnetic waves coming from two synchronously functioning cerebral hemispheres.
By 6 weeks the cerebral hemispheres are growing disproportionately faster than other sections of the brain.
It receives blood from the deep and medial aspects of the cerebral hemispheres and drains into the straight sinus.
Although both cerebral hemispheres of the brain process many different kinds of information, a simple division in tasking can be made.
The human brain is a paired organ;it is composed of two halves(called cerebral hemispheres) that look pretty much alike.
With the advent of techniques for studying the brain of living people, we understand more about how people live and function, evenif from birth they do not have a part or even one of the cerebral hemispheres.
The GBM islocated in the main lobes of the brain(otherwise known as cerebral hemispheres), but can be also found in other brain regions.
If we remember that in the cerebral hemispheres there are about 50 billion nerve cells, each with a few shoots, and even those branched, it will become clear that the educational opportunities of new associations unlimited.
The falx cerebri, also known as the cerebral falx, is a large, crescent-shaped fold of meningeal layer of duramater that descends vertically in the longitudinal fissure between the cerebral hemispheres of the human brain.
Each cerebral hemisphere has an outer layer of cerebral cortex which is of grey matter and in the interior of the cerebral hemispheres is an inner layer or core of white matter known as the centrum semiovale.[3]The interior portion of the hemispheres of the cerebrum includes the lateral ventricles, the basal nuclei, and the white matter.[4].
From such experiments it is clear that the same memory must be localized in many different places in the brain, and we nowknow that some memories are tunneled between the left and right cerebral hemispheres by a conduit called the corpus callosum.
In higher animals, including man, the first system establishing complex correlations between the organism andthe external environment is represented by the sub-cortex adjacent to the cerebral hemispheres with its highly complex unconditioned reflexes(in our terminology), or instincts, drives, affects, emotions(in the usual diverse terminology).
Cerebral hemisphere.
Each cerebral hemisphere of the primary somatosensory cortex only contains a tactile representation of the opposite(contralateral) side of the body.
Each cerebral hemisphere of the primary motor cortex only contains a motor representation of the opposite(contralateral) side of the body.
Falcine meningioma tends to grow predominately into one cerebral hemisphere but is often bilateral, and in some patients the tumor grows into the inferior edge of the sagittal sinus.
In the late 1960s and early 1970s Donald Shankweiler and Michael Studdert-Kennedy of Haskins Laboratories used a dichotic listening technique(presenting different nonsense syllables) to demonstrate the dissociation of phonetic(speech) and auditory(nonspeech) perception by finding that phonetic structure devoid of meaning is an integral part of language andis typically processed in the left cerebral hemisphere.[3][4][5] A dichotic listening performance advantage for one ear is interpreted as indicating a processing advantage in the contralateral hemisphere. .