| 1. | Cortisol | 2. | Insulin |
| 3. | Glucagon | 4. | Somatotropin |
| 1. | Cholecystokinin | Causes contraction of gall bladder and secretion of enzymes by pancreas |
| 2. | ADH | Deficiency causes diabetes insipidus |
| 3. | Erythropoeitin | Secreted by kidney and stimulates RBC production by bone marrow |
| 4. | Atrial natriuretic peptide | Secreted by kidney, is a vasodilator |
| (a) | Stimulates the process of bone resorption. |
| (b) | Decreases Ca2+ level in blood. |
| (c) | Reabsorption of Ca2+ by renal tubules. |
| (d) | Decreases the absorption of Ca2+ from digested food. |
| (e) | Increases metabolism of carbohydrates. |
| 1. | (b) and (c) only | 2. | (a) and (c) only |
| 3. | (b), (d) and (e) only | 4. | (a) and (e) only |
Normal sleep-wake cycle in a human body is maintained by the secretion of:
1. Thyroid gland
2. Thymus gland
3. Pineal gland
4. Pituitary gland
An intestinal hormone that stimulates the pancreas to release a watery secretion that is rich in bicarbonate ions is:
1. Cholecystokinin
2. Gastric Inhibitory Peptide
3. Enterokinin
4. Secretin
| Statement I: | On the basis of their chemical nature, hormones can be divided into group i. Peptide, Polypeptide, protein hormones ii. Steroids iii. Iodothyronines iv. Amino acid derivatives |
| Statement II: | underproduction of hormones by adrenal cortex alters carbohydrate metabolism causing acute weakness and fatigue leading to disease called diabetes mellitus |