Bacterial flagella is composed of
| 1. | basal body, Hook, filament |
| 2. | basal body and filament |
| 3. | Hook and filament, |
| 4. | Hook, filament and base |
The term that is not applicable to bacterial flagellum will be:
| 1. | Tubulin | 2. | Filament |
| 3. | Hook | 4. | Basal body |
| List-I | List-II | ||
| A. | F1 Particles | I. | Chromosomes |
| B. | Histones | II. | Cilia |
| C. | Axoneme | III. | Golgi apparatus |
| D. | Cisternae | IV. | Mitochondria |
| 1. | A-II, B-I, C-IV, D-III | 2. | A-IV, B-I, C-II, D-III |
| 3. | A-IV, B-I, C-III, D-II | 4. | A-IV, B-III, C-I, D-II |
Cilium and flagellum emerge from centriole-like structure called as
| 1. | basal body | 2. | shaft |
| 3. | basal plate | 4. | All of these |
Which of the following is true about axoneme except
| 1. | It has nine doublets of peripheral microtubules |
| 2. | 2 centrally located microtubule |
| 3. | nine radial spokes |
| 4. | central sheath is absent |
| 1. | A prokaryotic flagellum |
| 2. | A eukaryotic cilium or flagellum |
| 3. | A centriole |
| 4. | Bacterial pili or fimcriae |
Identify the labels A, B and C in the following diagram

| 1. | A-Central microtubule; B-Plasma membrane; C-Peripheral doublet |
| 2. | A-Central sheath; B-Plasma membrane; C-Peripheral doublet |
| 3. | A-Central sheath; B-Plasma membrane; C-Interdoublet bridge |
| 4. | A-Central microtubule; B-Peripheral doublet; C-Interdoublet bridge |
Microtubules are absent in:
| 1. | Mitochondria | 2. | Flagella |
| 3. | Spindle fibers | 4. | Centriole |