Question

Which is a triploid tissue? How is the condition achieved in a fertilized ovule?​

Answer 1

Answer:

In angiosperms, the endosperm is formed from triple fusion in which male gamete fuses with a diploid secondary nucleus resulting in the formation of a triploid primary endosperm mother cell which then forms the endosperm. Hence endosperm is a triploid tissue.

Endosperm is the triploid tissue in a fertilized ovule. The triploid condition is achieved by the fusion of two polar nuclei and one nucleus of a male gamete.

The triploid tissue in the ovule is the endosperm. Its triploid condition is attained due to the fusion of two polar nuclei and one nucleus of male gamete (also referred to as triple fusion).

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Answer 2

Answer:

Endosperm is the triploid tissue in a fertilized ovule. The triploid condition is achieved by the fusion of two polar nuclei and one nucleus of a male gamete.

The triploid tissue in the ovule is the endosperm. Its triploid condition is attained due to the fusion of two polar nuclei and one nucleus of male gamete (also referred to as triple fusion).

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