Genetic fertilization involves the fusion of male gamete with

Options

A. A synergid
B. Oosphere
C. Central cell and egg apparatus
D. Antipodal cell.

Answer

To solve the question regarding genetic fertilization and the fusion of the male gamete, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Gametes**:
- In sexual reproduction, male and female gametes are involved. The male gamete is typically referred to as sperm.

2. **Identifying the Female Gamete**:
- The question asks about the fusion of the male gamete. In plants, the female gamete is known as the egg cell or ovum.

3. **Analyzing the Options**:
- The options given are:
- A) Synergid
- B) Oocere (which refers to the egg cell)
- C) Central cell
- D) Antipodal cells

4. **Understanding Each Option**:
- **Synergids**: These are haploid cells that assist in the fertilization process but do not fuse with the male gamete.
- **Oocere (Egg cell)**: This is the female gamete that fuses with the male gamete during fertilization.
- **Central cell**: This cell is involved in the formation of the endosperm and does not fuse with the male gamete.
- **Antipodal cells**: These are also haploid cells that do not participate in fertilization.

5. **Conclusion**:
- The correct answer is B) Oocere, as it is the female gamete that fuses with the male gamete during the process of fertilization, known as syngamy, resulting in the formation of a zygote.

### Final Answer:
Genetic fertilization involves the fusion of the male gamete with the oocere (egg cell).

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