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How our brain works essay
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Space is 92 billion light years in diameter and ever growing. Despite it’s size, there is more knowledge about this massive area, miles outside the atmosphere, than there is about the cluster of tissue and nerves that is called the brain. With the immensely complex structure of the human brain, it is not surprising that from conception to old age many things can become faulty or even just fail to develop correctly in the first place.
Separating the brain into the three main parts gives a much better idea as to how the brain functions. These three parts are the cerebral cortex, the brain stem and the cerebellum. The brain stem is the terminal from the brain to the body. This is where the brain will receive information from the body and then send out signals back to the body to tell it the correct response. When it comes to everyday reaction and natural bodily functions, the cerebral cortex will kick in, made up of pretty much all “grey matter.” The cerebral cortex is the hub for most of your reactions and memories. The cerebellum is mainly responsible for regulating the levels in the body, organizing the information and memories the brain receives and it also controls with the “thought process.”(brains and interactions, NP BBCsci.)
Coming in at an average of three pounds, the human brain is made up of a grouping of fats and proteins. The brain works by firing “trains” of the almost 100 billion neurons it has in it so it can put together large electrochemical signals, which in turn will be sent out of the brain stem and the body will react how it is told to by the signals. Neurons are made up of five parts, the soma, dendrites, axons, the axon terminal and the neurons itself, information is received by the dendrites w...
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...re, innovation to speculation, the human brain is a jumble of nerves and tissue like no other. It has not only brought humans to the front of the world stage in comparison to all others, it has given us the ability to do so much more than think it gave us the ability to be human.
Works Cited
Hays, Jacob T. “Brain” National Geographic. Aug 16, 2013 ,whole article and interactive model
Bent, Helen U./ Thompson, Alexander N. “Brains and interactions” BBC-science. June 22, 2012 ,1-4 + 6 + 8-10
Longoria, Michael P./ Anderson, Tracey C. “Renew-Stress on the brain” Franklin Institute online. November 9, 2010 ,1-5 + 7
Mayo clinic staff. “Diseases and Conditions- Stroke” Mayo Clinic. Feb 14, 2014 , 1-5 + 7-8
Harris, David M./ Pharr, Alexander G./ Murphy, Melissa M. “ Alzheimer’s association- Brain tour” Alzheimer’s association September 25, 2013 ,1-14 + 17
The brain is an organ that regulates body functions, behaviors, and emotions. Neurons are the cells that fulfill these functions. How do neurons do this? A neuron plays an important role in the central nervous system. Why? Because neurons regulate how we think, feel, and control our body functions. A typical neuron has three parts: cell body, axon, and dendrites. When a neuron receives an electrical impulse, that impulse travels
We know relatively very little about the complex organ called the brain. Our brain responds to nature's eternal external rhythms like seasons, tides, the sun and the moon. Animal instincts for survival are based on rhythms and drives of the brain. The brain is a collection of tissues that perform and respond to basic functions, desires and needs. The human brain is the most changed, enriched and complex brain through evolutionary terms, however, in its most basic form, it is the same as other brains of the Animal Kingdom. If one eliminates the cerebral cortex, one basically eliminates humanity and the brain becomes identical to that of a cat. If one removes even more, the brain becomes like that of an iguana.
The brain is a mystifying tissue that controls our bodies, conducting all the energy needed to make conscious and unconscious actions. This pink blob had always caught my attention during my earlier years and my interest had only spiked when my little brother became a victim of a horrible fall. The experience of seeing his brain deteriorate at such a fast pace awoke a passion and desire to learn more about the functions and genetic makeup of the incredibly powerful pink squishy tissue in our heads. By the time I was 13, I knew I definitely wanted to become a neurosurgeon to help study the dark and unexplored layers of the brain.
The brain is a complex system of interconnected parts. It contains over one hundred billion “neurons” and trillions of supportive “glia” cells (Siegel, 2012, p. 15). For neurons and neural networks, what fires together wires together.
The body is controlled down to its core by the central nervous system. The central nervous system consists of the brain and the spinal cord. Both of these are made up by white and gray matter. The brain which has gray matter on the outside and white matter on the inside is responsible for processing the information that it receives from the nerves and spinal cord, sending out responses, and coordinating motor functions. The spinal cord is opposite of the brain and has gray matter on the inside and white on the out. The spinal cord conducts the information or messages it receives from the brain to the body and sends its “research” back to the brain for processing.
What is it that makes us human? Is it our actions, our sense of purpose, or our ability to keep our mind on as well as perform complex tasks? Is it that we analyze our own mental processes, as well as the processes of others? What exactly is a mental state, and what creates it? Is it a level of attentiveness, an impulse, or an emotional state? What is it that allows us to experience these things? The answers all lie within our brains.
1. What is the difference between Introduction The brain has many different parts to it which help one function through daily life; parts such as the cerebrum which controls voluntary movement and regulates functions such as thinking, speaking and the ability to recall information. The cerebellum controls the balance and coordination and finally the brain stem, which consists of the medulla oblongata and the spinal cord which controls all involuntary functions such as breathing, heart rate and blood pressure.
It is the most important part of the body, because without a brain, none of us would be alive. In the brain, there are the cerebrum, the cerebellum, and the brain stem. The cerebrum holds memories, controls movement, and does problem solving and thinking. It is the biggest part of your brain. The cerebellum is underneath the cerebrum and controls coordination and balance.
In many opinions it is thought that the brain and the neurons have less than importance than the heart. However, there is large quantities that people disagree that the brain and neurons are an important factor in our body. One study showed, the brain is the one that control every part of the body. Awhile the neurons travels across a synapse se...
The brain is the control center of the human body. It sends and receives millions of signals every second, day and night, in the form of hormones, nerve impulses, and chemical messengers. This exchange of information makes us move, eat, sleep, and think.
The cerebrum is the largest part of the brain. It contains all the tools that are responsible the majority of the brains functions. The cerebrum is split up into four sections: frontal lobe, occiptal lobe and pariental lobe. The cerebrum has two sections the right and the left hemisphere that are connected by axons that send messages to and from one another. The matter in this part is made up of cells that carry signals between the nerve cells and the organs that run through the
The brain is one of the most baffling things in known science; it is an archive of human thought and direction. The brain does not only store
The human body is divided into many different parts called organs. All of the parts are controlled by an organ called the brain, which is located in the head. The brain weighs about 2. 75 pounds, and has a whitish-pink appearance. The brain is made up of many cells, and is the control centre of the body. The brain flashes messages out to all the other parts of the body.
The study concludes with a dire warning: "Cosmic radiation exposure poses a real and potentially detrimental neurocognitive risk for prolonged deep space travel... [and] deep space travel poses a real and unique threat to the integrity of neural circuits in the
The most basic elements of a neural network, the artificial neurons, are modeled after the neurons of the brain. The "real" neuron is composed of four parts: the dendrites, soma, axon, and the synapse. The dendrites receive input from other neuron's synapses, the soma processes the information received, the axon carries the action potential which fires the neuron when a threshold is breached, and the synapse is where the neuron sends its output, which are in the form of neurotransmitters, to the dendrites of other neurons. Each neuron in the human brain can connect with up to 200,000 other neurons. The power and processing of the human brain comes from multitude of these basic components and the many thousands of connections between them.