What are the differences between the endocrine system and nervous system?

Question

Accepted Answer

Basis of differentiation

Endocrine system

Nervous system

Definition

Is made up of various glands and organs that produce hormones to regulate different functions of the body

Is made up of a network of cells that regulate and coordinate different bodily functions by transmitting nerve impulses

Main constituents

Main constituents include the pituitary, adrenal, and thyroid glands, male testes, and female ovaries

Main constituents include nerve cells, which are arranged in the brain, spinal cord, and peripheral nerves

Functions

Controls growth and development, metabolism, sleep, emotions and mood, fertility and sexual function

Controls senses, thoughts and feelings, muscle movements, memory, heartbeat, breathing, senses, speech, and response to various stimuli

Types of substance used to transmit signals to the effector organ

Uses chemical substances called hormones

Uses electric impulses and chemical substances called neurotransmitters

Mode of signal transmission

Signals in the form of hormones are transmitted through the blood

Signals in the form of nerve impulses are transmitted through nerve cells

Signal transmission pathway

Hormones enter target cells by diffusing through the plasma membrane or by binding to the cell receptors

Nerve impulses enter target cells using neurotransmitters at synaptic clefts or through sodium and potassium channels

Time taken for the transmission

Transmission is slow as the signals move slowly through the blood

Signals are transmitted rapidly

Type of control

Under voluntary and involuntary control

Under involuntary control only

Connectivity

The entire endocrine system is not physically connected

The entire nervous system is physically connected

Effect of responses

Responses are widespread

Responses are localized

Function is affected by

Function may be affected by age, environmental factors, stress, genetics, and disease conditions

Function may be affected by meningitis, multiple sclerosis, or cancers

Basis of differentiation	Endocrine system	Nervous system
Definition	Is made up of various glands and organs that produce hormones to regulate different functions of the body	Is made up of a network of cells that regulate and coordinate different bodily functions by transmitting nerve impulses
Main constituents	Main constituents include the pituitary, adrenal, and thyroid glands, male testes, and female ovaries	Main constituents include nerve cells, which are arranged in the brain, spinal cord, and peripheral nerves
Functions	Controls growth and development, metabolism, sleep, emotions and mood, fertility and sexual function	Controls senses, thoughts and feelings, muscle movements, memory, heartbeat, breathing, senses, speech, and response to various stimuli
Types of substance used to transmit signals to the effector organ	Uses chemical substances called hormones	Uses electric impulses and chemical substances called neurotransmitters
Mode of signal transmission	Signals in the form of hormones are transmitted through the blood	Signals in the form of nerve impulses are transmitted through nerve cells
Signal transmission pathway	Hormones enter target cells by diffusing through the plasma membrane or by binding to the cell receptors	Nerve impulses enter target cells using neurotransmitters at synaptic clefts or through sodium and potassium channels
Time taken for the transmission	Transmission is slow as the signals move slowly through the blood	Signals are transmitted rapidly
Type of control	Under voluntary and involuntary control	Under involuntary control only
Connectivity	The entire endocrine system is not physically connected	The entire nervous system is physically connected
Effect of responses	Responses are widespread	Responses are localized
Function is affected by	Function may be affected by age, environmental factors, stress, genetics, and disease conditions	Function may be affected by meningitis, multiple sclerosis, or cancers

What are the differences between the endocrine system and nervous system?

Posted December 6, 2023

Basis of differentiation

Endocrine system

Nervous system