After fertilization, the integuments of the ovule develop into the seed coat. The seed coat serves to protect the developing embryo and the stored nutrients within the seed. In flowering plants, this transformation is part of the seed development process, which ensures the survival and dissemination of the plant species.
Integuments, after fertilization turn to the seed coat, which protects the seed
After fertilization, the integuments of the ovule develop into the seed coat, providing protection to the developing embryo inside. The seed coat also helps with seed dispersal and dormancy.
The other name for seed integuments is "testa." The testa is the protective outer layer of a seed, which develops from the integuments of the ovule after fertilization. It serves to safeguard the seed's internal structures and can vary in thickness and texture among different plant species.
After fertilization the ovary becomes the seed.
it becomes a peacock....
The sperm cell consists of 3 parts: the head (with the acrosomal vesicle, nucleus and centriole), midpiece (containing mitochondria) and tail (for movement). Enclosing all of this is a cell membrane
Inside the ovule, you will find the female gametophyte, which includes the egg cell. This is surrounded by protective layers such as the integuments, which eventually develop into the seed coat after fertilization. The ovule also contains the structures necessary for fertilization and seed development.
The ovary becomes fruit after fertilization.
It becomes a seed after fertilization
it becomes a peacock....
The ovule becomes the seed.
A triploid cell resulting from double fertilization becomes the endosperm, which provides nutrients to the developing embryo in plants.