Which part of the body is controlled by the cortical area that face each other within the longitudinal fissure
828393
Here's the lot for you, more than what you asked for-\n\nAmygdala – limbic structure involved in many brain functions, including emotion, learning and memory. It is part of a system that processes "reflexive" emotions like fear and anxiety.\n\nCerebellum – governs movement.\n\nCingulate gyrus – plays a role in processing conscious emotional experience.\n\nFornix – an arch-like structure that connects the hippocampus to other parts of the limbic system.\n\nFrontal lobe – helps control skilled muscle movements, mood, planning for the future, setting goals and judging priorities.\n\nHippocampus – plays a significant role in the formation of long-term memories. \n\nMedulla oblongata – contains centers for the control of vital processes such as heart rate, respiration, blood pressure, and swallowing.\n\nLimbic system – a group of interconnected structures that mediate emotions, learning and memory.\n\nOccipital lobe – helps process visual information.\n\nParahippocampal gyrus – an important connecting pathway of the limbic system.\n\nParietal lobe – receives and processes information about temperature, taste, touch, and movement coming from the rest of the body. Reading and arithmetic are also processed in this region.\n\nPons – contains centers for the control of vital processes, including respiration and cardiovascular functions. It also is involved in the coordination of eye movements and balance.\n\nTemporal lobe – processes hearing, memory and language functions. \n\nThalamus – a major relay station between the senses and the cortex (the outer layer of the brain consisting of the parietal, occipital, frontal and temporal lobes).
900447
A) Cell bodies is my choice.\n\nCerebral cortex  is a thin, convoluted surface of the brain consisting mainly of nerve cell bodies.♥
998072
ok  this is  something the bird  learns  so its a  skill \nmotor  skills  are saved  evolved and  controled  by the assosiation of many parts of the barin but meaily it is  saved in the motor association area (is posterior to the post central gyri in the pareital lobe of the  brain under the postcentral sulcus) and controled by werniks area( in the superfitial pareital lobe anterior and inferior  to the triangular area of the transvers  sulcus)\nthese areas  are much more devaloped in the human beeing but they r  also present in the birds brain and  they controle  these muscle movements\nalso some corticospinal corticobulbar and  corticorubral tracts have some influence on that \nmaybe som other  areas  as the pyramidal area the substantia nigra the olive nucleus of medulla oblongata and the subcallousal area can have some  infuence as they are all  interconnected
1150590
The brain's morphology is functionally diverse.  What I mean by this statement is that certain regions/lobes of the brain are devoted to certain activities.  Consciousness, for example, is a product of the activity of the cortex; while respiration (breathing) is derived from the pons/medulla, and vision is processed in the occipital lobe.  The functions of the regions are, for the most part, independent of each other; so, if you ablate one specific lobe of the brain (for example, the occipital), a person would not be able to see (though, yes, his/her eyes would function- but having no center to integrate visual stimuli to would render one blind just the same), but would still breath and think if those centers are unharmed.  The same is true if the brain region responsible for thought processes is ablated: the pons/medulla would still work, since breathing does not require consciousness (ie: you don't have to be conscious in order to breath; hence, you breath in your sleep).  This is also why a comatose person may still be capable of breathing on his/her own, though there may be no conscious thought.\n\nThis is an simplified example, however.  It should be noted that brain function in terms of neural networks and what regions are dependent on each other is not yet fully understood.  The advent of the functional MRI will help science better understand the brain's function in the near future.
313456
the ventricles, right and left
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Our brain.\n\nWhichever side of the brain is stronger, than the opposite hand will be more dexterous
837758
The right side of the brain controls the left side of the body. It's also responsible for controlling imagination and creativity so the answer to your ? is yes. South-paws tend to be more creative and intuitive. I don't know so much about brilliant, though. Many of the greatest minds throughout history were housed in right-handed bodies.
74891
generally, the right brain controls the left side of the body, and the left brain controls the right side.
230369
The brain controls "lower" or involuntary activities such as heartbeat, respiration, and digestion - these are known as autonomic functions. The brain also controls "higher" order, conscious activities, such as thought, reasoning, and abstraction. The human brain is generally regarded as more capable of these higher order activities than any other species.\n\nThe human brain is thought to be the source of the conscious, cognitive mind. The mind is the set of cognitive processes related to perception, interpretation, imagination, and memories, of which a person may or may not be aware. Beyond cognitive functions, the brain regulates autonomic processes related to essential body functions such as respiration and heartbeat.\n\nExtended neocortical capacity allows humans some control over emotional behavior, but neural pathways between emotive centers of the brain stem and cerebral motor control areas are shorter than those connecting complex cognitive areas in the neocortex with incoming sensory information from the brain stem. Powerful emotional pathways can modulate spontaneous emotive expression regardless of attempts at cerebral self-control. Emotive stability in humans is associated with planning, experience, and an environment that is both stable and stimulating, especially during early developmental years.\n\nThe 19th century discovery of the primary motor cortex mapped to correspond with regions of the body led to popular belief that the brain was organized around a homunculus. A distorted figure drawn to represent the body's motor map in the prefrontal cortex was popularly recognized as the brain's homunculus, but function of the human brain is far more complex.\n\nThe human brain appears to have no localized center of conscious control. The brain seems to derive consciousness from interaction among numerous systems within the brain. Executive functions rely on cerebral activities, especially those of the frontal lobes, but redundant and complementary processes within the brain result in a diffuse assignment of executive control that can be difficult to attribute to any single locale.\n\nMidbrain functions include routing, selecting, mapping, and cataloguing information, including information perceived from the environment and information that is remembered and processed throughout the cerebral cortex. Endocrine functions housed in the midbrain play a leading role in modulating arousal of the cortex and of autonomic systems.\n\nNerves from the brain stem complex where autonomic functions are modulated join nerves routing messages to and from the cerebrum in a bundle that passes through the spinal column to related parts of a body. Twelve pairs of cranial nerves, including some that innervate parts of the head, follow pathways from the medulla oblongata outside the spinal cord.\n\nA definite description of the biological basis for consciousness so far eludes the best efforts of the current generation of researchers. But reasonable assumptions based on observable behaviors and on related internal responses have provided the basis for general classification of elements of consciousness and of likely neural regions associated with those elements. Researchers know people lose consciousness and regain it, they have identified partial losses of consciousness associated with particular neuropathologies and they know that certain conscious activities are impossible without particular neural structures.
111516
There are receptors in your brain that are in charge of sensory feeling of touch. They are on the cortex of the brain and the area that is in charge of sensing touch on your hands and arms are right next to the area that is in charge of sensing touch on your face. It is possible that these two areas are close enough that signals from your arm are igniting centers in your brain that should be igniting when something touches your tongue.
1128397
I'm not sure of the function of the Left Sylvian Fissure but there is a way to remove tumors a, cancerous and non cancerous from the brain that are inoperable if the funcion of the brain isn't to compromised. I underwent a procedure called Gamma Knife Surgery. It uses radiosugery with radiation to destroy brain matter. There are only 100 gamma knifes in the U.S. I think so it's a specialized tool.
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The right and left hemispheres of the human brain are connected by a huge nerve bundle called the corpus callosum.  In the male fetus when male hormones are generated the corpus callosum shrinks reducing cross-communication.  Because the left hemisphere deals with logic and the right hemisphere deals with emotion, women connect all logic better with emotion than men do.  Although a man can chose, he is always either logical or emotional but rarely both at the same time.  A man either flies off the handle or thinks the problem through.  A woman can weep or laugh when she discovers something that makes sense.  This explains why women are better at nurturing (cranky) children and men are better at hunting for bears (or a six pack).  You figure out the rest.  I can't.
332669
As someone already said, the cerebellum helps regulate coordination.  But there is also a region the the cortex, called the motor cortex, that sends signals to your muscles.  It's about at the top and middle of your head, and runs from the center line towards either side (the left side controls the right side of your body, and the right side controls the left).  It's about a finger or two wide.  It contains a complete "map" of your body, in that a nerve cell (neuron) at one location of the map, when stimulated electrically, sends a signal to one particular muscle; a neighboring neuron maps to a neighboring muscle.  It's not one-to-one mapping, but continuous smooth changes, with some sudden breaks in the map.  And there are more nerve cells mapping to your lips and fingers (and the like) than to other areas, so you have much finer control over fingers, lips and the like than you do over other regions.\n\nThere's a similar map for sensory input, close by in the cortex but not directly connected.  There's also a premotor cortex, toward the front of your head from the motor cortex, that is responsible for the planning of motions.  The premotor cortex then sends the appropriate nerve signals to the motor cortex, that directly controls the muscles.
1174367
It's generally considered the skin.  The largest internal organ is the liver.
218557
What middle are you talking about? The back of the brain controls the "middle!"
249360
The brain completly controls the human body, It depends on the part of the brain damaged by the tumaor, for example damage to the cerebellum could cause cerebal palsy or complete paralysis. damage to the midulla oblongatta could prevent functioning of autonomic functions and require life support.
943911
The medulla oblongata is the lower portion of the brainstem, above the spinal cord, below the pons, and anterior to the cerebellum. It controls autonomic functions and relays nerve signals between the brain and spinal cord.