are the precentral gyrus and the frontal cortex which is right beside it which have motor capabilities. Frontal lobes are also one of the four main regions of the cerebral cortex. This is where all your planning and decision making goes on and how you solve problems (About.com‚ 2012). 6. Cerebrum Cerebrum means cerebral hemispheres. When comparing the cerebrum to the brain stem it is known to be more complex and have an adaptive process such as your learning capabilities‚ your perception
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A cerebral hemorrhage (also spelled haemorrhage) is a subtype of intracranial hemorrhage that occurs within the brain tissue itself. It is alternatively called intracerebral hemorrhage (ICH). It can be caused by brain trauma‚ or it can occur spontaneously in hemorrhagic stroke. Non-traumatic intracerebral hemorrhage is a spontaneous bleeding into the brain tissue.[1] A cerebral hemorrhage is an intra-axial hemorrhage; that is‚ it occurs within the brain tissue rather than outside of it. The other
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The cerebral cortex outer layer of the cerebrum has the two largest hemispheres that cover the upper part of the brain which are divided into smaller portion called lobes. Corticalization is an increase in size of the wrinkling of the cortex and without this we would not be smarter than any other animal. Cerebral hemispheres are divided into right and left sides of the cortex connected by thick band axon fibers called corpus. Hemispheric specialization‚ testing only one side of the brain by a process
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Cerebral Cortex and Frontal Lobe The outer layer of our forebrain consists of the cerebral cortex. The cerebral cortex is so significant since it controls our ability to learn and store complex and abstract information. Also‚ it is our control and information processing center. The cerebral cortex consists of many interconnected neurons that are quite useful. The cerebral cortex covers the frontal lobe. This lobe is so important because it controls our organization‚ planning‚ and creative thinking
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| | |Ventricles |Hollow spaces in the brain filled with cerebral spinal fluid (CSF) | |Occipital Lobe |The region at the back of each cerebral hemisphere that contains the centers of | | |vision and reading ability | |Frontal
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The brain of an average human being contains 100 billion nerve cells or neurons. Billions more are found in other parts of the nervous system. Neurons come in all different sizes and shapes‚ but they all seem to be specialized to receive and transmit information. Neurons are made of neurons which contains chromosomes and genes‚ a cytoplasm which keeps the cells alive and a cell membrane that encloses the whole cell. Neurons are different from other cells because they have small fibers that branch
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Biology of Mind Modules 4‚ 5 and 6 * Everything psychological is simultaneously biological * Plato correctly located the mind in the spherical head * Aristotle believed mind was in the heart * Although heart is the symbol for love‚ psychology has proven that you fall in love using your brain * 1800s Franz Gall (German psychologist) invented phrenology theory that claims that bumps on our skull could reveal our mental ability and character traits * Biological
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allows the synapse to pass information. Axon – It’s a long slender part of the nerve cell‚ that helps transmit the neural signal. Neurotransmitter – They are brain chemicals that communicate throughout the body. Amygdala – It is located in the cerebral hemisphere that looks like a grey almond shape‚ it controls the emotions we have from hormones‚ arousal and emotional memories. Hippocampus – This is in the medial temporal lobe it’s a small organ and is very important to the limbic system‚ it
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participants ability to transfer messages from the cerebral hemispheres to the neural mechanisms. Materials The experiment measured participants response to stimulus‚ determining whether the cerebral hemispheres can communicate. Each test consisted of materials (a) the screen‚ and (b) the object. Being shown a word in either visual field tested the participants capability to process the visual stimulus‚ and share information between the cerebral hemispheres. Procedure Participants were positioned
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each of the following functions: 1. Basal ganglia Controls cognition‚ movement coordination‚ voluntary movement. 2. Corpus collosum Thick nerve fibers that connect both brain hemispheres. 3. Temporal lobe Located on the sides of the cerebral hemisphere. Deals with talking and hearing. 4. Occipital lobe Located at the back of each hemisphere of the brain‚ this is where you understand what you see 5. Frontal lobe Involved in organization and planning and inhibition control
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