Aldosterone is steroid hormone of the adrenal cortex.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340926
How does steroid hormone influence the cellular activities?
1 Changing the permeability of the cell membrane
2 Binding to DNA and forming a genehormone complex
3 Activating cyclic AMP located on the cell embrane
4 Using aquaporin channels as second messenger
Explanation:
Steroid hormones directly enter into the cell and bind with intracellular receptors in nucleus to form hormone receptor complex. Hormone receptor complex interacts with the genome
NEET - 2019
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340927
Following is the diagram of mechanism of hormone action. Identify A.
1 Estradiol
2 Testosterone
3 Follicle stimulating hormone
4 Cortisol
Explanation:
FSH is a protein harmone and it binds to the surface receptors and intiates biochemical responses through secondary messenger.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340928
If receptor molecules are removed from target organs, then the target organ will
1 Not respond to the hormone
2 Continue to respond to the hormone, but will require higher concentration
3 Continue to respond to the hormone, but in the opposite way
4 Hormone will not be released from its respective gland
Explanation:
Binding of a hormone to its receptor leads to the formation of a hormone receptor complex which causes certain biochemical changes in the target tissue. Thus, if receptor molecules are removed from the target organs, then the target organ will not respond to the hormone.
Aldosterone is steroid hormone of the adrenal cortex.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340926
How does steroid hormone influence the cellular activities?
1 Changing the permeability of the cell membrane
2 Binding to DNA and forming a genehormone complex
3 Activating cyclic AMP located on the cell embrane
4 Using aquaporin channels as second messenger
Explanation:
Steroid hormones directly enter into the cell and bind with intracellular receptors in nucleus to form hormone receptor complex. Hormone receptor complex interacts with the genome
NEET - 2019
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340927
Following is the diagram of mechanism of hormone action. Identify A.
1 Estradiol
2 Testosterone
3 Follicle stimulating hormone
4 Cortisol
Explanation:
FSH is a protein harmone and it binds to the surface receptors and intiates biochemical responses through secondary messenger.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340928
If receptor molecules are removed from target organs, then the target organ will
1 Not respond to the hormone
2 Continue to respond to the hormone, but will require higher concentration
3 Continue to respond to the hormone, but in the opposite way
4 Hormone will not be released from its respective gland
Explanation:
Binding of a hormone to its receptor leads to the formation of a hormone receptor complex which causes certain biochemical changes in the target tissue. Thus, if receptor molecules are removed from the target organs, then the target organ will not respond to the hormone.
Aldosterone is steroid hormone of the adrenal cortex.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340926
How does steroid hormone influence the cellular activities?
1 Changing the permeability of the cell membrane
2 Binding to DNA and forming a genehormone complex
3 Activating cyclic AMP located on the cell embrane
4 Using aquaporin channels as second messenger
Explanation:
Steroid hormones directly enter into the cell and bind with intracellular receptors in nucleus to form hormone receptor complex. Hormone receptor complex interacts with the genome
NEET - 2019
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340927
Following is the diagram of mechanism of hormone action. Identify A.
1 Estradiol
2 Testosterone
3 Follicle stimulating hormone
4 Cortisol
Explanation:
FSH is a protein harmone and it binds to the surface receptors and intiates biochemical responses through secondary messenger.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340928
If receptor molecules are removed from target organs, then the target organ will
1 Not respond to the hormone
2 Continue to respond to the hormone, but will require higher concentration
3 Continue to respond to the hormone, but in the opposite way
4 Hormone will not be released from its respective gland
Explanation:
Binding of a hormone to its receptor leads to the formation of a hormone receptor complex which causes certain biochemical changes in the target tissue. Thus, if receptor molecules are removed from the target organs, then the target organ will not respond to the hormone.
Aldosterone is steroid hormone of the adrenal cortex.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340926
How does steroid hormone influence the cellular activities?
1 Changing the permeability of the cell membrane
2 Binding to DNA and forming a genehormone complex
3 Activating cyclic AMP located on the cell embrane
4 Using aquaporin channels as second messenger
Explanation:
Steroid hormones directly enter into the cell and bind with intracellular receptors in nucleus to form hormone receptor complex. Hormone receptor complex interacts with the genome
NEET - 2019
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340927
Following is the diagram of mechanism of hormone action. Identify A.
1 Estradiol
2 Testosterone
3 Follicle stimulating hormone
4 Cortisol
Explanation:
FSH is a protein harmone and it binds to the surface receptors and intiates biochemical responses through secondary messenger.
BIOXI22: CHEMICAL COORDINATION AND INTEGRATION
340928
If receptor molecules are removed from target organs, then the target organ will
1 Not respond to the hormone
2 Continue to respond to the hormone, but will require higher concentration
3 Continue to respond to the hormone, but in the opposite way
4 Hormone will not be released from its respective gland
Explanation:
Binding of a hormone to its receptor leads to the formation of a hormone receptor complex which causes certain biochemical changes in the target tissue. Thus, if receptor molecules are removed from the target organs, then the target organ will not respond to the hormone.
