Spatial location and motor control are the responsibility of the blank lobes of the brain?
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parietal
Lobes of the brain
Spatial location and motor control are the responsibility of the blank lobes of the brain?
Lobes of the brain Two-streams hypothesis Primary motor cortex Visual cortex Neocortex Prefrontal cortex Spatial memory Sense of balance Visual memory Brain
The <b>lobes of the brain</b> were originally a purely anatomical classification, but have 
been shown ... The frontal <b>lobe</b> is <b>located</b> at the front of each <b>cerebral</b> 
hemisphere and ... in front of the parietal <b>lobe</b> and above and in front of the 
<b>temporal lobe</b>. ... of the frontal <b>lobe</b>, contains the primary <b>motor</b> cortex, which 
<b>controls</b> voluntary&nbsp;... The two-streams hypothesis is a model of the neural processing of vision as well 
as hearing. ... As visual information exits the occipital <b>lobe</b>, and as sound leaves 
the ... to the parietal <b>lobe</b>, which is involved with processing the object&#39;s <b>spatial</b> 
<b>location</b> ... Apraxia: inability to produce discretionary or volitional <b>movement</b> in 
the&nbsp;... The primary <b>motor</b> cortex (Brodmann area 4) is a <b>brain</b> region that in humans is 
<b>located</b> in the dorsal portion of the frontal <b>lobe</b>. ... The code by which neurons in 
the primate <b>motor</b> cortex <b>control</b> the spinal cord, and ... &quot;Stereologic 
characterization and <b>spatial distribution</b> patterns of Betz cells in the human 
primary <b>motor</b> cortex&quot;. The visual cortex of the <b>brain</b> is that part of the <b>cerebral</b> cortex which processes 
visual information. It is <b>located</b> in the occipital <b>lobe</b>. ... Note that, at these early 
stages of cortical visual processing, <b>spatial location</b> of visual ... Other projections 
of MT target the eye <b>movement</b>-related areas of the frontal and parietal <b>lobes</b> (
frontal&nbsp;... The neocortex, also called the neopallium and isocortex, is the part of the 
mammalian <b>brain</b> involved in higher-order <b>brain</b> functions such as sensory 
perception, cognition, generation of <b>motor</b> commands, <b>spatial</b> reasoning and 
language. ... Damage to the neocortex of the anterolateral <b>temporal lobe</b> results 
in semantic&nbsp;... In mammalian <b>brain</b> anatomy, the prefrontal cortex (PFC) is the <b>cerebral</b> cortex 
which covers the front part of the frontal <b>lobe</b>. ... Both <b>locations</b> served as potential 
targets of a saccadic eye <b>movement</b>. ... pathway in the <b>brain</b> (as opposed to 
Wernike&#39;s area in the medial <b>temporal lobe</b>, which is seen as the language input 
area). In cognitive psychology and neuroscience, <b>spatial</b> memory is a form of memory 
responsible for ... Research indicates that there are specific areas of the <b>brain</b> 
associated with <b>spatial</b> ... <b>spatial</b> memory is responsible for information about 
<b>locations and movement</b> (i.e., ... rotating 3D animation of the parietal <b>lobe</b> in 
human skull. The sense of balance or equilibrioception is the perception of balance and 
<b>spatial</b> orientation. ... The delayed <b>movement</b> of the endolymph bends and 
activates the cupula. ... the <b>brain</b> on the head-<b>location</b> when not moving; SCC 
update during <b>movement</b>. ... Flocculonodular <b>lobe</b> is a cerebellar <b>lobe</b> that helps 
maintain body&nbsp;... Visual memory describes the relationship between perceptual processing and 
the encoding, ... mental images, and integrates sensory and <b>motor</b> portions of the 
<b>brain</b>. ... The dorsal stream pathway is mainly involved in the visual-<b>spatial</b> 
<b>location</b> of ... <b>Located</b> at the back of the <b>brain</b>, the occipital <b>lobes</b> receive and 
process&nbsp;... A <b>brain</b> is an organ that serves as the center of the nervous system in all 
vertebrate and most invertebrate animals. It is <b>located</b> in the head, usually close 
to the&nbsp;...
parietal lobe
Lobes of the brain