| Column I | Column II | ||
| A | Chloroplasts | P | Oxidative Phosphorylation |
| B | Mitochondria | Q | Photophosphorylation |
| C | Golgi Apparatus | R | Synthesis of glycoproteins and glycolipids |
| D | Ribosomes | S | Peptide synthesis |
| A | B | C | D | |
| 1. | P | Q | R | S |
| 2. | Q | P | R | S |
| 3. | Q | P | S | R |
| 4. | P | Q | S | R |
| I: | They are not included in the endomembrane system. |
| II: | Rough ER is the major site for synthesis of lipids. |
| III: | They are not bound by a membrane |
| I. | The major lipids are phospholipids |
| II. | Peripheral proteins are only partially buried in the membrane |
| III. | Lateral movement of lipids in protein bilayer is measured as its fluidity |
| 1. | Only I is correct |
| 2. | Only III is correct |
| 3. | Only II and III are correct |
| 4. | Only I and III are correct |
| 1. | the outermost layer is the cell wall |
| 2. | all three layers act together as a single protective unit |
| 3. | the cell membrane staining properties make some bacteria Gram positive |
| 4. | carbohydrate is the biomolecule absent in all three layers |
| 1. | Mitochondria - produce cellular energy in the form of ATP |
| 2. | Golgi body - provides packaging material |
| 3. | Lysosomes - secrete hydrolytic enzymes |
| 4. | Endoplasmic reticulum - synthesis of lipids |
| 1. | a layer present between cell wall and membrane of bacteria |
| 2. | cell wall of bacteria |
| 3. | bacterial cell glyco-engineered to possess N-glycosylated proteins |
| 4. | a layer surrounding the cell wall of bacteria |
| 1. | All plants are composed of different kinds of cells which form the tissues of the plant. |
| 2. | Animal cells have a thin outer layer which is today known as ‘plasma membrane’. |
| 3. | Cells divide and new cells are formed from pre-existing cells. |
| 4. | The presence of cell wall is a unique character of the plant cells. |