Select the correct match .

Options

A. Pyrenoid - store protein
B. Liver - cellulose
C. Tuber - store lipids
D. Aleuroplast - store Protein

Answer

To solve the question of selecting the correct match, we will analyze each option provided and determine if the pair is correctly matched or not.

### Step-by-Step Solution:

1. **Analyze the First Option: Pyrenoid and Stored Protein**
- Pyrenoids are subcellular microcompartments found in chloroplasts, primarily involved in the storage of starch and the fixation of carbon dioxide during photosynthesis.
- **Conclusion**: This option is incorrect because pyrenoids do not store proteins.

**Hint**: Remember that pyrenoids are associated with starch storage, not proteins.

2. **Analyze the Second Option: Liver and Cellulose**
- The liver is an organ that primarily stores glucose in the form of glycogen. Cellulose is a carbohydrate that is a major component of plant cell walls and is not stored in the liver.
- **Conclusion**: This option is also incorrect because the liver does not store cellulose.

**Hint**: Think about what substances the liver is known to store; glycogen is key here.

3. **Analyze the Third Option: Tuber and Stored Lipids**
- Tubers, such as potatoes, are swollen underground stems that primarily store carbohydrates (like starch) rather than lipids.
- **Conclusion**: This option is incorrect because tubers do not primarily store lipids.

**Hint**: Recall that tubers are known for storing starch, not lipids.

4. **Analyze the Fourth Option: Alluroplast and Stored Protein**
- Alluroplasts are specialized plastids that store proteins. They are commonly found in seeds and are responsible for storing protein reserves.
- **Conclusion**: This option is correct because alluroplasts are indeed involved in protein storage.

**Hint**: Remember that alluroplasts are specifically associated with protein storage in plant cells.

### Final Answer:
The correct match is **Alluroplast and Stored Protein** (Option 4).