Discuss the neuronal pathways afferent and efferent in the c

Solution

First we have to discuss about neuronal pathways i,e.afferent and efferent in the control of walking

Afferent Neurons pathway

Efferent Neurons pathway

we have to discuss about afferent neuron patway

Afferent Neurons pathway :

  The afferent pathway in a reflex varies depending on the type of reflex in a neural reflex such as the pin touch above the afferent pathway is the electrical and chemical signals carried by a nerve cell. The nerves responsible for sensing a stimulus and sending information about the stimulus to your central nervous system are called afferent neurons pathway in an endocrine reflux there is no afferent pathway because the stimulus comes directly into the endocrine cell it gave off tiny chemical particles that went up into the air around you.

These afferent neurons therefore relayed information about the chemicals and hence smell to your brain the light triggered receptors in your eye to send signals up to your brain via afferent neurons.

Efferent neurons pathway :

  In the efferent neurons the nervous system the efferent pathway is always the electrical and chemical signals transmitted by an efferent neuron ,all electrical signals traveling though the nervous system are identical the distinguishing characteristic of the signal is the anatomical route taken by the nerve cell through which the signal goes it was time to get rid of it as quickly as possible your brain was able to process the sight and smell of the sock oince it was in your sights it initiated several signals which let your muscles know that you should walk over to the couch and pick up the sock.

The anatomical routing of the efferent pathway is always the same because all hormones travel in the blood to get to their target the efferent pathway for a reflex integrated through the pancreas will be either the hormone insulin or the hormone glucagon depending on the stimulus and the appropriate response,the brain sent signals via efferent neurons to your muscles in order to tell them where to walk and how fast to do that.