Hormones are chemical messengers. In order to have an effect on a cell then it is necessary for the cell to have the correct receptor proteins. The hormone can bind to these receptor proteins and therefore will affect the cell.
Target cells have specific receptors that recognize and bind to the hormone, triggering a response. Non-target cells either lack the necessary receptors or have receptors that do not bind the hormone, so they do not respond to it. This specificity allows hormones to selectively regulate the functions of specific tissues or organs in the body.
No, target cells of the kidneys do not respond to luteinizing hormone (LH). LH primarily targets the gonads, specifically the Leydig cells in the testes and the theca cells in the ovaries.
Growth hormone has more target cells in the body than any of the others mentioned. It acts on many tissues throughout the body to stimulate growth, cell reproduction, and regeneration.
Growth hormone has more target cells in the body than any of the others listed. It acts on various tissues and organs to regulate growth, metabolism, and cell regeneration throughout the body.
A tissue is considered a target tissue when it has specific receptors for a particular hormone or chemical signal. These receptors allow the tissue to respond to the signal by initiating specific biological responses. Target tissues are often the primary sites where the hormone or signal exerts its effects in the body.
Target cells have specific receptors that recognize and bind to the hormone, triggering a response. Non-target cells either lack the necessary receptors or have receptors that do not bind the hormone, so they do not respond to it. This specificity allows hormones to selectively regulate the functions of specific tissues or organs in the body.
Target cells are cells that have specific receptors for a hormone or external signal, allowing them to respond to the signal. Non-target cells do not have receptors for the hormone or signal, so they do not respond to it. Target cells are the primary sites of action for hormones, while non-target cells are unaffected by the hormone.
Target cells are the cells that have specific receptors for a hormone and are responsive to its effects. These cells can be located throughout the body and are capable of producing a physiological response once the hormone binds to its receptor.
No, target cells of the kidneys do not respond to luteinizing hormone (LH). LH primarily targets the gonads, specifically the Leydig cells in the testes and the theca cells in the ovaries.
Growth hormone has more target cells in the body than any of the others mentioned. It acts on many tissues throughout the body to stimulate growth, cell reproduction, and regeneration.
A target cell is a specific cell that has receptors for a particular hormone, allowing it to respond to that hormone's signals. Not all cells are considered target cells for all hormones because each hormone is designed to interact with specific receptors on specific cells, leading to specific responses in the body. This specificity ensures that hormones only affect the cells that are meant to respond to them, maintaining the body's balance and regulation.
Growth hormone has more target cells in the body than any of the others listed. It acts on various tissues and organs to regulate growth, metabolism, and cell regeneration throughout the body.
No, up-regulation involves an increase in the number of receptors on target cells in response to low hormone levels, which enhances the cell's sensitivity to the hormone. This helps the target cells respond more effectively to the hormone.
A tissue is considered a target tissue when it has specific receptors for a particular hormone or chemical signal. These receptors allow the tissue to respond to the signal by initiating specific biological responses. Target tissues are often the primary sites where the hormone or signal exerts its effects in the body.
ACTH means adrenocorticotrophic hormone. The target for this hormone is adrenal gland. It stimulate the gland to produce the corticosteroid hormone.
Hormone receptor
Insulin has more target cells in the body than any other hormone. It regulates glucose metabolism in nearly every cell in the body, influencing processes such as energy production and storage.