Addison’s disease is caused by:
1. Hyperthyroidism
2. Hypothyroidism
3. Hyperadrenalism
4. Hypoadrenalism
| I: | Non-steroid hormones are produced by the adrenal glands, the ovaries, and the testes. | 
| II: | Non-steroid peptide hormones enter the cell. | 
| III: | Steroid hormones do not bind to plasma membrane receptors. | 
| I | Excess of growth hormone in adulthood | Acromegaly | 
| II | Deficiency of growth hormone in childhood | Cretinism | 
| III | A deficiency of thyroid hormones in adults | Exophthalmic goitre | 
| IV | Deficiency of ADH | Production of excess urine with glycosuria | 
| V | Underproduction of hormones by the adrenal cortex | Addison’s disease | 
| I. | Gluconeogenesis | Adrenaline, Cortisol and Insulin | 
| II: | Glycogenesis | Insulin, Growth hormone and Cortisol | 
| III: | Glycogenolysis | Glucagon and Adrenaline | 
| List-I | List-II | ||
| A. | CCK | I. | Kidney | 
| B. | GIP | II. | Heart | 
| C. | ANF | III. | Gastric gland | 
| D | ADH | IV. | Pancreas | 
| Options: | (a) | (b) | (c) | (d) | 
| 1. | IV | II | III | I | 
| 2. | IV | III | II | I | 
| 3. | III | II | IV | I | 
| 4. | II | IV | I | III | 
| A. | Maintenance of water and electrolyte balance. | 
| B. | Regulation of basal metabolic rate. | 
| C. | Normal rhythm of sleep-wake cycle. | 
| D. | Development of immune system. | 
| E. | Support the process of formation of RBCs. | 
| 1. | D and E only | 2. | A and D only | 
| 3. | B and C only | 4. | C and D only | 
| A: | Thyrocalcitonin (TCT) regulates the blood calcium level | 
| B: | In males, FSH and androgens regulate spermatogenesis | 
| C: | Hyperthyroidism can lead to goitre | 
| D: | Glucocorticoids are secreted in Adrenal Medulla | 
| E: | Parathyroid hormone is regulated by circulated levels of sodium ions | 
| 1. | (C) and (E) only | 2. | (A) and (B) only | 
| 3. | (B) and (C) only | 4. | (A) and (D) only | 
| Statement I: | Parathyroid hormone acts on bones and stimulates the process of bone resorption | 
| Statement II: | Parathyroid hormone along with Thyrocalcitonin plays a significant role in carbohydrate metabolism. |