What is Triple Fusion?
Triple fusion is a process in plants in which the fusion of two polar nuclei and a sperm nucleus. It occurs in the ovule, where one sperm cell fertilizes the egg cell, forming a zygote, while the other sperm cell fuses with two nuclei in the central cell, leading to the formation of the endosperm. Triple fusion is crucial for plant reproduction and seed development, ensuring growth.
What is Triple Fusion?
Triple fusion is an essential event in the life cycle of flowering plants that occurs during the post-fertilization stage of the reproductive process. It involves the fusion of sperm cells with polar nuclei present in the central cell of the female embryo sac. This fusion forms the triploid cell, which develops into endosperm, a nutritive tissue that supports the growth and development of the embryo. This process ensures resource allocation, and increased seed viability and growth. Additionally, it contributes to the diversity of flowering plants by enabling effective seed development.
Table of Content
- What is Triple Fusion?
- Diagram of Triple Fusion
- The Process of Triple Fusion
- Significance of Triple Fusion in Plant Reproduction
- Importance in Agriculture and Plant
- FAQs on Triple Fusion