How does neural transmission compare to endocrine signal transmission?

Neural transmission:
1) is transmitted by neurones.
2) quick response
3) involves neurones
4) short lived
5) may be voluntary or involuntary
6) usually localised

Endocrine signal transmission:
1) transmitted by blood
2) usually slow responses
3) involves hormones
4) may be short lived or long lived
5) involuntary
6) may affect more than one target organ

The best way to compare the nervous system and the endocrine system is to compare the characteristics of speed, specificity and plasticity (abilityto respond and change permanently, particularly with respect to strength and speed.) The nervous system uses rapid electrical signals along nerve axons.Chemical signals are used between nerve cells at synapses. Although this chemical transmission is slower than electrical transmission, synapses are important in transmission between nerve cells. The endocrine system uses hormones, which are secreted into and transported to their target cells via the circulation of blood. Due to the delay of circulation, hormonal responses.

By water evaporation from the leaves is created a negative pressure at the top of the tree that promotes the ascension  of the water through channels that are called xylem. there are also two molecule forces that are involved: the intra-water molecules cohesion (water molecules stick to each other) and the adhesion when the water molecules stick to the channels they are running in. this is what enables water to go from the roots to the top of a tall tree.

There are four nitrogenous bases that make up dna. the two pyramidines are thymine and cytosine. the two purines are adenine and guanine. these bases pair in a very specific way. adenine - thymineguanine - cytosine i remember it like this: a tall, good cat.