Both the endocrine and nervous are regulatory systems that permit communication between cells, tissues, and organs. A major difference between the endocrine system and nervous system is the rate of response to a stimulus. In general, the nervous system responds to a stimulus very rapidly, often within a few milliseconds, while it may take the endocrine system seconds and sometimes hours or even days to offer a response. Furthermore, the chemical signals released by the nervous system typically act over very short distances (a synapse), while hormones in the endocrine system are generally carried by the blood to target organs. Finally, the effects of the nervous system generally last only a brief amount of time, while those of the endocrine system are longer lasting. Examples of endocrine control are growth and reproductive ability.
- What is the life span of antibodies in body circulation?
- How does comparative biochemistry provide evidence for evolution?
- Why are lysosomes known as “the cleaners” of the cell waste?
- What are the advantages of the operon organization within the bacterial chromosome?
- What are the benefits of artificial blood?