302082
Which one of the following statements is correct?
1 Neurons regulate endocrine activity, but not vice versa
2 Endocrine glands regulate neural activity and nervous system regulates endocrine glands
3 Neither hormones control neural activity nor do the neurons control endocrine activity
4 Endocrine glands regulate neural activity but not vice versa
Explanation:
Neurons regulate endocrine activity, but not vice versa is correct statement. Neurons control the production and secretion of hormone by endocrine glands via the autonomic nervous system. But endocrine gland cannot regulate the nervous system. - The neural system and the endocrine system jointly coordinate and regulate the physiological functions in the body.
CMC Ludhiana-2009
Chemical Coordination and Integration
302083
Reabsorption of \(\mathrm{Na}^{+}\)is controlled by which one of the following hormones?
1 Aldosterone
2 Oestrogen
3 Glucocorticoids
4 Testosterone
Explanation:
Reabsorption of \(\mathrm{Na}+\) is controlled by aldosterone. Aldosterone is the principal hormone that stimulates \(\mathrm{Na}+\) reabsorption by distal segments of the renal tubule. - Oestrogen is one of the main female sex hormones. It is needed for puberty, the menstrual cycle, pregnancy, bone strength and other functions of the body. - Glucocorticoids are powerful medicines that fight inflammation and work with our immune system to treat wide range of health problems. - Testosterone is the primary male hormone responsible for regulating sex differentiation, producing male sex characteristics, spermatogenesis, and fertility.
AMU-2001
Chemical Coordination and Integration
302084
Which of the following steroid sex hormone influenced secondary sex organs?
1 Progesterone
2 Oestrogen
3 LH
4 LTH
Explanation:
Oestrogen is a steroid hormone which is synthesized and secreted by the growing ovarian follicles of ovary. - It is responsible for the development of secondary sexual characteristics in the female at puberty. It causes the development of breasts, axial and pubic hair and fat distribution. It is also responsible for the maintenance and maturation of the sexual organs in the human body. - Progesterone is secreted by carpus luteum. It supports preganancy. Progesterone stimulates the formation of alveoli and milk secretion. - LTH:-It is the luteotropic hormone or also called luteotropin. It is the peptide hormone which is responsible for the secretion of milk in the mammary glands. - LH:- Luteinizing hormone is produced and secreted by the anterior pituitary. It is crucial in regulating the function of the testes in male and ovaries in female.
MGIMS Wardha-2003
Chemical Coordination and Integration
302085
Matches a hormone with a disease resulting from its deficiency?
1 Luteinizing hormone - Failure of ovulation
2 Insulin - Diabetes insipidus
3 Thyroxine - Tentany
4 Parathyroid hormone - Diabetes mellitus
Explanation:
Luteinizing hormone is systhesized and secreted by the anterior lobe of pituitary gland. It stimulates the ovulation and luteinization of ovarion follicles in female. Its deficiency causes failure of ovulation. - Tetany - rapid spasms in muscles due to low \(\mathrm{Ca}^{++}\)in body fluid. - Diabetes mellitus- is caused by lack of insulin secretion. - Diabetes insipidus- is caused by hyposecretion of antiodiuretic hormone (ADH).
302082
Which one of the following statements is correct?
1 Neurons regulate endocrine activity, but not vice versa
2 Endocrine glands regulate neural activity and nervous system regulates endocrine glands
3 Neither hormones control neural activity nor do the neurons control endocrine activity
4 Endocrine glands regulate neural activity but not vice versa
Explanation:
Neurons regulate endocrine activity, but not vice versa is correct statement. Neurons control the production and secretion of hormone by endocrine glands via the autonomic nervous system. But endocrine gland cannot regulate the nervous system. - The neural system and the endocrine system jointly coordinate and regulate the physiological functions in the body.
CMC Ludhiana-2009
Chemical Coordination and Integration
302083
Reabsorption of \(\mathrm{Na}^{+}\)is controlled by which one of the following hormones?
1 Aldosterone
2 Oestrogen
3 Glucocorticoids
4 Testosterone
Explanation:
Reabsorption of \(\mathrm{Na}+\) is controlled by aldosterone. Aldosterone is the principal hormone that stimulates \(\mathrm{Na}+\) reabsorption by distal segments of the renal tubule. - Oestrogen is one of the main female sex hormones. It is needed for puberty, the menstrual cycle, pregnancy, bone strength and other functions of the body. - Glucocorticoids are powerful medicines that fight inflammation and work with our immune system to treat wide range of health problems. - Testosterone is the primary male hormone responsible for regulating sex differentiation, producing male sex characteristics, spermatogenesis, and fertility.
AMU-2001
Chemical Coordination and Integration
302084
Which of the following steroid sex hormone influenced secondary sex organs?
1 Progesterone
2 Oestrogen
3 LH
4 LTH
Explanation:
Oestrogen is a steroid hormone which is synthesized and secreted by the growing ovarian follicles of ovary. - It is responsible for the development of secondary sexual characteristics in the female at puberty. It causes the development of breasts, axial and pubic hair and fat distribution. It is also responsible for the maintenance and maturation of the sexual organs in the human body. - Progesterone is secreted by carpus luteum. It supports preganancy. Progesterone stimulates the formation of alveoli and milk secretion. - LTH:-It is the luteotropic hormone or also called luteotropin. It is the peptide hormone which is responsible for the secretion of milk in the mammary glands. - LH:- Luteinizing hormone is produced and secreted by the anterior pituitary. It is crucial in regulating the function of the testes in male and ovaries in female.
MGIMS Wardha-2003
Chemical Coordination and Integration
302085
Matches a hormone with a disease resulting from its deficiency?
1 Luteinizing hormone - Failure of ovulation
2 Insulin - Diabetes insipidus
3 Thyroxine - Tentany
4 Parathyroid hormone - Diabetes mellitus
Explanation:
Luteinizing hormone is systhesized and secreted by the anterior lobe of pituitary gland. It stimulates the ovulation and luteinization of ovarion follicles in female. Its deficiency causes failure of ovulation. - Tetany - rapid spasms in muscles due to low \(\mathrm{Ca}^{++}\)in body fluid. - Diabetes mellitus- is caused by lack of insulin secretion. - Diabetes insipidus- is caused by hyposecretion of antiodiuretic hormone (ADH).
302082
Which one of the following statements is correct?
1 Neurons regulate endocrine activity, but not vice versa
2 Endocrine glands regulate neural activity and nervous system regulates endocrine glands
3 Neither hormones control neural activity nor do the neurons control endocrine activity
4 Endocrine glands regulate neural activity but not vice versa
Explanation:
Neurons regulate endocrine activity, but not vice versa is correct statement. Neurons control the production and secretion of hormone by endocrine glands via the autonomic nervous system. But endocrine gland cannot regulate the nervous system. - The neural system and the endocrine system jointly coordinate and regulate the physiological functions in the body.
CMC Ludhiana-2009
Chemical Coordination and Integration
302083
Reabsorption of \(\mathrm{Na}^{+}\)is controlled by which one of the following hormones?
1 Aldosterone
2 Oestrogen
3 Glucocorticoids
4 Testosterone
Explanation:
Reabsorption of \(\mathrm{Na}+\) is controlled by aldosterone. Aldosterone is the principal hormone that stimulates \(\mathrm{Na}+\) reabsorption by distal segments of the renal tubule. - Oestrogen is one of the main female sex hormones. It is needed for puberty, the menstrual cycle, pregnancy, bone strength and other functions of the body. - Glucocorticoids are powerful medicines that fight inflammation and work with our immune system to treat wide range of health problems. - Testosterone is the primary male hormone responsible for regulating sex differentiation, producing male sex characteristics, spermatogenesis, and fertility.
AMU-2001
Chemical Coordination and Integration
302084
Which of the following steroid sex hormone influenced secondary sex organs?
1 Progesterone
2 Oestrogen
3 LH
4 LTH
Explanation:
Oestrogen is a steroid hormone which is synthesized and secreted by the growing ovarian follicles of ovary. - It is responsible for the development of secondary sexual characteristics in the female at puberty. It causes the development of breasts, axial and pubic hair and fat distribution. It is also responsible for the maintenance and maturation of the sexual organs in the human body. - Progesterone is secreted by carpus luteum. It supports preganancy. Progesterone stimulates the formation of alveoli and milk secretion. - LTH:-It is the luteotropic hormone or also called luteotropin. It is the peptide hormone which is responsible for the secretion of milk in the mammary glands. - LH:- Luteinizing hormone is produced and secreted by the anterior pituitary. It is crucial in regulating the function of the testes in male and ovaries in female.
MGIMS Wardha-2003
Chemical Coordination and Integration
302085
Matches a hormone with a disease resulting from its deficiency?
1 Luteinizing hormone - Failure of ovulation
2 Insulin - Diabetes insipidus
3 Thyroxine - Tentany
4 Parathyroid hormone - Diabetes mellitus
Explanation:
Luteinizing hormone is systhesized and secreted by the anterior lobe of pituitary gland. It stimulates the ovulation and luteinization of ovarion follicles in female. Its deficiency causes failure of ovulation. - Tetany - rapid spasms in muscles due to low \(\mathrm{Ca}^{++}\)in body fluid. - Diabetes mellitus- is caused by lack of insulin secretion. - Diabetes insipidus- is caused by hyposecretion of antiodiuretic hormone (ADH).
302082
Which one of the following statements is correct?
1 Neurons regulate endocrine activity, but not vice versa
2 Endocrine glands regulate neural activity and nervous system regulates endocrine glands
3 Neither hormones control neural activity nor do the neurons control endocrine activity
4 Endocrine glands regulate neural activity but not vice versa
Explanation:
Neurons regulate endocrine activity, but not vice versa is correct statement. Neurons control the production and secretion of hormone by endocrine glands via the autonomic nervous system. But endocrine gland cannot regulate the nervous system. - The neural system and the endocrine system jointly coordinate and regulate the physiological functions in the body.
CMC Ludhiana-2009
Chemical Coordination and Integration
302083
Reabsorption of \(\mathrm{Na}^{+}\)is controlled by which one of the following hormones?
1 Aldosterone
2 Oestrogen
3 Glucocorticoids
4 Testosterone
Explanation:
Reabsorption of \(\mathrm{Na}+\) is controlled by aldosterone. Aldosterone is the principal hormone that stimulates \(\mathrm{Na}+\) reabsorption by distal segments of the renal tubule. - Oestrogen is one of the main female sex hormones. It is needed for puberty, the menstrual cycle, pregnancy, bone strength and other functions of the body. - Glucocorticoids are powerful medicines that fight inflammation and work with our immune system to treat wide range of health problems. - Testosterone is the primary male hormone responsible for regulating sex differentiation, producing male sex characteristics, spermatogenesis, and fertility.
AMU-2001
Chemical Coordination and Integration
302084
Which of the following steroid sex hormone influenced secondary sex organs?
1 Progesterone
2 Oestrogen
3 LH
4 LTH
Explanation:
Oestrogen is a steroid hormone which is synthesized and secreted by the growing ovarian follicles of ovary. - It is responsible for the development of secondary sexual characteristics in the female at puberty. It causes the development of breasts, axial and pubic hair and fat distribution. It is also responsible for the maintenance and maturation of the sexual organs in the human body. - Progesterone is secreted by carpus luteum. It supports preganancy. Progesterone stimulates the formation of alveoli and milk secretion. - LTH:-It is the luteotropic hormone or also called luteotropin. It is the peptide hormone which is responsible for the secretion of milk in the mammary glands. - LH:- Luteinizing hormone is produced and secreted by the anterior pituitary. It is crucial in regulating the function of the testes in male and ovaries in female.
MGIMS Wardha-2003
Chemical Coordination and Integration
302085
Matches a hormone with a disease resulting from its deficiency?
1 Luteinizing hormone - Failure of ovulation
2 Insulin - Diabetes insipidus
3 Thyroxine - Tentany
4 Parathyroid hormone - Diabetes mellitus
Explanation:
Luteinizing hormone is systhesized and secreted by the anterior lobe of pituitary gland. It stimulates the ovulation and luteinization of ovarion follicles in female. Its deficiency causes failure of ovulation. - Tetany - rapid spasms in muscles due to low \(\mathrm{Ca}^{++}\)in body fluid. - Diabetes mellitus- is caused by lack of insulin secretion. - Diabetes insipidus- is caused by hyposecretion of antiodiuretic hormone (ADH).
