Human Brain

Human Brain, Is spinal cord function only reversible?  Certainly not, because we know that we are thinking beings.  The spinal cord is made up of nerves that provide

information for thinking. Thinking involves more complex mechanisms and neural connections.  They are concentrated in the brain which is the main coordination center of the body.  The brain and spinal cord make up the central nervous system.  They receive information from all parts of the body and integrate it.  We also think about our actions.  Writing, talking, turning a chair, clapping at the end of a program, etc. are examples of optional actions that are based on the decision of what to do next.  Therefore, the brain also has to send messages to muscles.  This is the second route in which the nervous system sends communication to muscles.  The peripheral nervous system facilitates communication to the central nervous system and other parts of the body, which is composed of spinal nerves originating from the spinal cord to the cranial nerves originating from the brain.  Thus the brain Granting permission to think and allowing action to be based on thinking. 

The main thinking part of the brain is the forebrain.  It has areas to receive sensory impulses (notifications) from different receptors.  See different areas of the forebrain.  Specialized for flipping, viewing, etc.  In this, there are different areas of companionship where these sensory information, information received from other receptors and information already collected in the brain is interpreted.  Based on all of this, a decision is made on how to deliver feedback and information to the stimulating area that controls the speed of voluntary muscle, such as our leg muscles.  Although some sensations in nature are more complex than seeing and hearing, how do we know that we have eaten enough food?  Our stomach is full.  There is a hunger-related center for knowing which is a separate part in the forebrain.  Study the eponymous picture of the human brain.  We have seen that different parts have specific functions.  Find out the work of each part by consulting your teacher.  Let us also see the second usage of the word 'reflex' as we discussed in the beginning.  When we see any food item that we like, then our mouth suddenly gets watery.  Even if we don't think about heart pulsing, it will happen.  In fact, we cannot easily control these actions by thinking about them or even by wanting them.  Do we have to think or remember to breathe or to digest food?  So, between normal reflexes like change in pupil size and a thoughtful action such as moving a chair, there is another set of muscle motion over which we have no control.  Many of these involuntary actions are controlled by the midbrain and hindbrain.  They are all involuntary.  Perform activities such as blood pressure, salivation and vomit controlled by medla located in the hindbrain such as walking in a straight line, cycling, lifting a pencil.  These parts of the hindbrain are possible only by the cerebellum, which is responsible for the purification of the ronic functions and the condition and balance of the body. What if we are not thinking about them and all these events stop working?

As you would expect from the various parts of the brain, this is accomplished by a complex design from the parts of the brain that integrate different input and output information.  There would be three such main parts or regions in the brain.  .  The names are forebrain, midbrain and hindbrain. The main thinking part of the brain is the forebrain.  It has areas to receive sensory impulses (notifications) from different receptors.  See different areas of the forebrain.  Specialized for flipping, viewing, etc.  In this, there are different areas of companionship where these sensory information, information received from other receptors and information already collected in the brain is interpreted.  Based on all of this, a decision is made on how to deliver feedback and information to the stimulating area that controls the speed of voluntary muscle, such as our leg muscles.  Although some sensations in nature are more complex than seeing and hearing, how do we know that we have eaten enough food?  Our stomach is full.  There is a hunger-related center for knowing which is a separate part in the forebrain.  Study the eponymous picture of the human brain.  We have seen that different parts have specific functions.  Find out the work of each part by consulting your teacher.  Let us also see the second usage of the word 'reflex' as we discussed in the beginning.  When we see any food item that we like, then our mouth suddenly gets watery.  Even if we don't think about heart pulsing, it will happen.  In fact, we cannot easily control these actions by thinking about them or even by wanting them.  Do we have to think or remember to breathe or to digest food?  So, between normal reflexes like change in pupil size and a thoughtful action such as moving a chair, there is another set of muscle motion over which we have no control.  Many of these involuntary actions are controlled by the midbrain and hindbrain.  They are all involuntary.  Perform activities such as blood pressure, salivation and vomit controlled by medla located in the hindbrain such as walking in a straight line, cycling, lifting a pencil.  These parts of the hindbrain are possible only by the cerebellum, which is responsible for the purification of the ronic functions and the condition and balance of the body. What if we are not thinking about them and all these events stop working?