Muscle cells are called myocytes, gland cells are called secretory cells, and specialized cells that respond to neural stimuli are called neurons.
An effector is a part of the body (such as a muscle or gland) that carries out the response in a reflex arc. In a reflex arc, when a stimulus is detected by a sensory receptor, a message is sent via a sensory neuron to the spinal cord, where it is processed, and then a message is sent via a motor neuron to the effector causing a response.
The enlargement of the adrenal gland is called adrenal gland hypertrophy.
The name of that salivary gland is parotid gland. That is the biggest of all the salivary glands.
The pituitary gland is often referred to as the "Master Gland."
A Response
In the reflex arc, a muscle or gland is considered to be the effector. Its role is to respond to the stimulus provided by the sensory neuron and produce the appropriate action, such as muscle contraction or gland secretion.
Muscle cells are called myocytes, gland cells are called secretory cells, and specialized cells that respond to neural stimuli are called neurons.
The nervous system is made up of three parts: the receptor, the decider, and the effector. The receptor receives an stimulus and creates an electric impulse to be sent to the brain. The brain receives this impulse and decides what to do in order to react to the stimulus. Your brain then makes a decision and sends out an electric impulse to the effector which moves the muscle or activates a gland in your body which is a reaction to the stimulus.
The dendrites receive the stimulus, the soma, or cyton, which contains the nucleus interprets the signal, and the axon and its terminals send the signal to another nerve cell, a muscle, or a gland.
hormonal, humeral, and neural.
The nervous reflex arc that typically involves a muscle or gland is known as the motor reflex arc. In this arc, sensory neurons transmit signals from a stimulus to the spinal cord, where they connect with interneurons or directly with motor neurons. The motor neurons then send signals to muscles to contract or to glands to secrete substances, resulting in an immediate response to the stimulus. This process enables rapid reactions to environmental changes, such as pulling away from a hot surface.
The parotid gland is close to the masseter muscle, which is one of the main muscles responsible for chewing.
A neuron that sends an impulse to a muscle or gland is called an efferent neuron, specifically a motor neuron. These neurons transmit signals from the central nervous system to effectors, such as muscles or glands, leading to a physical response or secretion. When stimulated, motor neurons release neurotransmitters that trigger muscle contraction or glandular activity, enabling movement or physiological changes.
The dendrites receive the stimulus, the soma, or cyton, which contains the nucleus interprets the signal, and the axon and its terminals send the signal to another nerve cell, a muscle, or a gland.
Neurons stimulate other neurons or target cells (such as muscle cells or gland cells) through the release of neurotransmitters at synapses. This stimulation can trigger a response in the target cell, leading to activities such as muscle contraction or hormone release.
This type of stimulus is called hormonal stimulation. It occurs when one hormone signals another endocrine gland to release its own hormone to regulate physiological processes in the body.