The human brain is like a powerful computer that  
stores our memory and controls how we as humans think and react. It has 
evolved  over time and features some incredibly intricate parts that 
scientists still  struggle to understand.
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                  The brain is the center of the human nervous system,  
controlling our thoughts, movements, memories and decisions.
 
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                  With evolution, the human brain has become more and
 more  complicated, many of its interesting properties are still not 
well understood by  scientists.
 
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                  The brain contains billions of nerve cells that send and  receive information around the body.
 
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                  The human brain is over three times as big as the brain of  other mammals that are of similar body size.
 
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                  Each side of the brain interacts largely with just 
one half  of the body, but for reasons that are not yet fully 
understood, the interaction  is with opposite sides, the right side of 
the brain interacts with the left  side of the body, and vice versa.
 
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                  The largest part of the human brain is called the 
cerebrum.  Other important parts include corpus callosum, cerebral 
cortex, thalamus,  cerebellum, hypothalamus, hippocampus and brain stem.
 
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                  The human brain is protected by the skull (cranium), a
  protective casing made up of 22 bones that are joined together.
 
- 
                  The brain of an adult human weighs around 3 pounds 
(1.5 kg).  Although it makes up just 2% of the body's weight, it uses 
around 20% of its  energy.
 
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                  The brain is suspended in Cerebrospinal fluid, 
effectively  floating in liquid that acts as both a cushion to physical 
impact and a barrier  to infections.
 
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                  Diseases of the brain include Alzheimer’s disease, 
Parkinson's  disease and multiple sclerosis. Diseases such as these can 
limit the normal  function of the human brain.
 
- Most strokes result from a blood clot in the brain that blocks the local blood supply, this causes the damage or destruction of nearby brain tissue and a wide range of stroke symptoms.
 
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