Class 11BiologyChemical Coordination and IntegrationMix Examples-Chemical Coordination and Integration
EasyMatch the hormones given in Column $I$ with their source gland in Column $II$.
Column $I$ Column $II$ $i$. Oxytocin $a$. Adrenal medulla $ii$. Melatonin $b$. Thyroid gland $iii$. Catecholamines $c$. Pineal gland $iv$. Calcitonin $d$. Hypothalamus
Choose the correct option from below:
| Column $I$ | Column $II$ |
| $i$. Oxytocin | $a$. Adrenal medulla |
| $ii$. Melatonin | $b$. Thyroid gland |
| $iii$. Catecholamines | $c$. Pineal gland |
| $iv$. Calcitonin | $d$. Hypothalamus |
Choose the correct option from below:
- A$i-a, ii-c, iii-d, iv-b$
- B$i-d, ii-a, iii-b, iv-c$
- C$i-d, ii-c, iii-a, iv-b$
- D$i-c, ii-d, iii-a, iv-b$
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Similar Questions
Match the diseases in Column $I$ with their respective causes given in Column $II$:
Column $I$ Column $II$ $i$. Alzheimer's disease $a$. Oversecretion of Growth Hormone from pituitary gland in adults. $ii$. Diabetes mellitus $b$. Degeneration of dopamine-producing neurons in $CNS$. $iii$. Acromegaly $c$. Underactivity of Beta cells of pancreas. $iv$. Parkinson's disease $d$. Degeneration of cholinergic and other neurons in $CNS$.
Select the correct option from the following:
| Column $I$ | Column $II$ |
|---|---|
| $i$. Alzheimer's disease | $a$. Oversecretion of Growth Hormone from pituitary gland in adults. |
| $ii$. Diabetes mellitus | $b$. Degeneration of dopamine-producing neurons in $CNS$. |
| $iii$. Acromegaly | $c$. Underactivity of Beta cells of pancreas. |
| $iv$. Parkinson's disease | $d$. Degeneration of cholinergic and other neurons in $CNS$. |
Select the correct option from the following:
Match the items in Column-$A$ with those in Column-$B$:
Column-$A$ Column-$B$ $(a)$ $ADH$ $(i)$ Pituitary $(b)$ $ACTH$ $(ii)$ Mineralocorticoid $(c)$ Aldosterone $(iii)$ Diabetes mellitus $(d)$ Insulin $(iv)$ Diabetes insipidus $(e)$ Testosterone $(v)$ Vasodilator
| Column-$A$ | Column-$B$ |
| $(a)$ $ADH$ | $(i)$ Pituitary |
| $(b)$ $ACTH$ | $(ii)$ Mineralocorticoid |
| $(c)$ Aldosterone | $(iii)$ Diabetes mellitus |
| $(d)$ Insulin | $(iv)$ Diabetes insipidus |
| $(e)$ Testosterone | $(v)$ Vasodilator |
Medium
View SolutionWhich of the following organ systems jointly coordinate and integrate all the activities of the body organs?
Medium
View SolutionThe effect of different hormones on the body can be best described as bringing about:
Medium
View SolutionMatch the following lists (Hormone and its source of secretion):
List-$I$ List-$II$ $(a)$ Somatostatin $(1)$ Pineal gland $(b)$ Melatonin $(2)$ Corpus luteum $(c)$ Aldosterone $(3)$ Placenta $(d)$ Progesterone $(4)$ Adrenal cortex $(e)$ $HCG$ $(5)$ Islets of Langerhans $(6)$ Adenohypophysis
| List-$I$ | List-$II$ |
| $(a)$ Somatostatin | $(1)$ Pineal gland |
| $(b)$ Melatonin | $(2)$ Corpus luteum |
| $(c)$ Aldosterone | $(3)$ Placenta |
| $(d)$ Progesterone | $(4)$ Adrenal cortex |
| $(e)$ $HCG$ | $(5)$ Islets of Langerhans |
| $(6)$ Adenohypophysis |
Medium
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