The sum total composition of acid soluble and acid insoluble fraction represent the entire emphenical composition of

Options

A. Dead cells
B. Gene pool
C. Cellular pool
D. Gene library

Answer

To solve the question regarding the total composition of acid soluble and acid insoluble fractions, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding the Fractions**:
- The question refers to two types of fractions obtained from a biological sample: the acid soluble fraction and the acid insoluble fraction.

2. **Definition of the Fractions**:
- The **acid soluble fraction** is the part that dissolves in acid and is typically referred to as the filtrate. This fraction contains smaller biomolecules, often called bio-micro molecules.
- The **acid insoluble fraction** is the part that does not dissolve in acid and is referred to as the retentate. This fraction contains larger biomolecules, known as bio-macro molecules.

3. **Combining the Fractions**:
- When we combine both the acid soluble and acid insoluble fractions, we get a comprehensive view of the biomolecules present in the sample.

4. **Terminology**:
- The combined composition of both fractions is referred to as the **Cellular Pool**. This term encompasses all the biomolecules present in the living tissue sample.

5. **Conclusion**:
- Therefore, the sum total composition of the acid soluble and acid insoluble fractions represents the entire empirical composition of the **Cellular Pool**.

### Final Answer:
The total composition of acid soluble and acid insoluble fractions represents the entire empirical composition of the **Cellular Pool**.

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