We discussed how nerves communicate and how they decide when they are going to send impulses to other nerve cells. We know that groups of nerves collect information and fire together in pathways that stimulate distant parts of the brain. We also know that it is essential for different areas of the brain to communicate well with others so that we can make things complicated amazing what we do with our brains.
The brain is divided into left and right hemispheres. These hemispheres the wide range of jobs that must be done are divided and organized. Each hemisphere is also divided into special sections or lobes. These are the frontal lobes, parietal, temporal and occipital. The parietal lobe is concerned mainly with feeling of body and finding where things happen. There is a map of the opposite side of the body within each parietal lobe. So the left parietal lobe of the brain feels everything on the right side of the body and vice versa. The same kind of thing happens to the occipital lobes, the lobes vision sensing temporal and frontal lobes hearing sensing control muscle movements of the opposite side of the body. The frontal lobe is also what we call center Executive why is responsible for making decisions and actions.
Now, imagine that you're in a toy store. A train on its track is making its way around the shop chugging and whistles. You turn your head to see where he is. As he comes into view, you see an egg in one of the cars and want to pick it up. Sounds like a simple thing, but when you really think about it, it involves the entire brain and is quite complex. Firstly, the ears are stimulated, changing the sound vibrations in the air the electrical impulses traveling along nerves. The impulses are sent to the temporal lobe, so we know what we are hearing and the parietal lobe so we know where we're listening to it. The temporal lobes compare all frequencies of different sounds and their relative volumes and discover what that whistling sound is while two parietal lobes of the ears take information and compare between the two sides that you hear sound louder and if the volumes are changing to discover where the sound is coming from.
The temporal and parietal lobes then send their perceptions forward to the frontal lobe to he can decide what they are, what they are doing, if sounds are dangerous or not and what to do about it. The frontal lobe, then activates the muscles of the neck and moves the muscles in the eye in perfect sequence to identify the position of toy train and then trace its path. To do this, he needs the occipital lobe is that now receive visual stimulation of eyes and forwarding it to the frontal lobe. The sound of each ear, the sight of both eyes and the sense of position in all muscles involved must be synchronized by an internal timer so that the differences in lengths of nerves and processing times do not confuse the frontal lobe as watching a movie where the sound is delayed so that you see his lips movingbut the words don't make sense. I haven't even started talking about what he'll have to judge the speed of this train, while the movement arm, sequence firing of muscles in the arm and hand and judge and judge the pressure on the egg so we don't break it.
Without communication, timing and sequencing within the brain that we simply cannot operate without problems in the world. How do we know that many of our children are experiencing functional disconnection of these different parts of their brains that we may have previously described as "sensory integration problems, clumsiness, poor eye contact, abnormally high threshold of pain, difficulty following directions or many other things. The program of listening, the metronome, the other Integrative therapies that we do in our Office and the exercises that we have patients do at home to connect or reconnect the different areas of the brain in the proper sequence so that our children can perform complex majestic we all take for granted.
Dr. Martin Rukeyser DC is a chiropractor who lives and practices in Port Saint Lucie, FL He maintains an Office of soil called Chiropractic Chiropractic http://www.lifechiropracticpsl.com life and is also one of the co-founders of the training center of the brain http://www.flbraintraining.com Treasure Coast-a practice dedicated to improving the lives of children and adults with autism, add, ADHD, dyslexia, Aspergers and other neurodevelopmental disorders. Dr. Marty has long held a personal and professional interest in brain function and development and the connection between a healthy body and brain.
Dr. Rukeyser graduated Magna Cum Laude by life Chiropractic College University in 1998. Before coming to Florida, he directed two clinics in a community and rural medically served in Mississippi. Dr. Marty, grew up on Long Island, NY and met his wife Ashley while in Mississippi. They have two sons, Ben and Jonas.
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This article was viewed 48 (s).Article posted: 07 April 2011
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