The chemical message is converted via the second messenger system
Hormones act as chemical messengers, binding to receptors on cell surfaces to trigger specific signaling pathways within the cell. Even at low concentrations, hormones can activate cascades of cellular responses due to amplification mechanisms in the signaling pathways, leading to significant effects on cellular processes.
a receptor
Step 1- create the message Step 2- Transmitting the message Step 3- reception or receiving the message Step 4- Translation of the message Step 5- response to the message Creation, transmission, reception, translation, response.
The transmission of a nerve message from the fingertips to the brain involves both electrical and chemical transport processes. Initially, the message is transmitted as an electrical signal called an action potential along the nerve cells through a process known as depolarization. Once the signal reaches the synaptic junction between nerve cells, it is converted into a chemical signal in the form of neurotransmitters that cross the synapse to communicate with the next nerve cell in the chain, ultimately reaching the brain.
The audience response to a speaker's message is typically referred to as feedback. Feedback can take various forms, such as applause, nodding of heads, laughter, questions, or comments from the audience, and is essential for gauging the effectiveness of communication.
The message from the hormone is amplified many times within the cell
A nerve message and a hormone message differ primarily in their speed and method of transmission. Nerve messages, also known as nerve impulses, are electrical signals that travel quickly along neurons, allowing for rapid communication within the nervous system, such as reflex actions or muscle contractions. In contrast, hormone messages involve chemical signaling through the bloodstream, where hormones are released by glands and travel to target organs. Hormonal communication is slower but has longer-lasting effects, regulating processes like growth, metabolism, and reproduction. While nerve messages are instantaneous and localized, hormone messages are slower and can affect the entire body.
decoding
A discernible response to a message is one that is distinguishable. This type of message will contain information that is clearly evident and stands out from others.
Whitch option will send a response to everyone associated with a message?
When someone says "no response is also a response," they mean that choosing not to reply or react to a situation or message can convey a message or signal just as effectively as giving a direct response.
Hormones act as chemical messengers, binding to receptors on cell surfaces to trigger specific signaling pathways within the cell. Even at low concentrations, hormones can activate cascades of cellular responses due to amplification mechanisms in the signaling pathways, leading to significant effects on cellular processes.
a receptor
Feedback
For example, those sending the message expect a very fast response. Frequently if the response is not fast enough, a second message is sent asking why there has been no response.
Sender the person sending the message Receiver the person receiving message Encoding how the message is transmitted to another party Decoding figuring out the message Media the way the message is sent Message the thing that is trying to be sent Response the way the person is responding Feedback the person's response Noise something that is interfearing with the message
The receiver's response to a sender's message is typically referred to as feedback. Feedback can be verbal or non-verbal and involves the receiver providing their thoughts, reactions, or understanding of the sender's message.