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The message from the hormone is amplified many times within the cell
Target cells respond to hormones because they have specific receptors for the hormone on their cell membrane or inside the cell. These receptors enable the hormone to bind and initiate a cellular response. Other cells that do not have the specific receptors for that hormone are unaffected because they cannot bind to the hormone or activate the necessary signaling pathways.
The chemical message is converted via the second messenger system
Yes. Caffeine has the same effect has epinephrine. The stress hormone stimulates the production of cyclic APM within cells, which is the cellular messenger signaling the cell what to do in response to the hormone. Caffeine has the same effect by inhibiting the breakdown of cAPM, hence causing it to be around longer and therefore influencing what the cell is to do longer.
A target cell is a cell in the body that recognizes a hormone's chemical structure. It is a cell to which a hormone binds chemically.
no
true
The message from the hormone is amplified many times within the cell
The message from the hormone is amplified many times within the cell
Target cells respond to hormones because they have specific receptors for the hormone on their cell membrane or inside the cell. These receptors enable the hormone to bind and initiate a cellular response. Other cells that do not have the specific receptors for that hormone are unaffected because they cannot bind to the hormone or activate the necessary signaling pathways.
The chemical message is converted via the second messenger system
Yes. Caffeine has the same effect has epinephrine. The stress hormone stimulates the production of cyclic APM within cells, which is the cellular messenger signaling the cell what to do in response to the hormone. Caffeine has the same effect by inhibiting the breakdown of cAPM, hence causing it to be around longer and therefore influencing what the cell is to do longer.
A target cell is a cell in the body that recognizes a hormone's chemical structure. It is a cell to which a hormone binds chemically.
A target cell is a cell in the body that recognizes a hormone's chemical structure. It is a cell to which a hormone binds chemically.
Yes, it's basically the only thing that does.
Adrenocorticotropic hormone (ACTH)
I.G.H. stands for Insulin-like Growth Factor, a hormone that plays a role in cell growth and development in the body. It is similar in structure to insulin and is produced mainly by the liver in response to stimulation by growth hormone.