Stem cells seed which structure that helps develop T cells are the thymus gland.
its follows the sunlight
Pollen is the male reproductive structure of seed plants. It contains the sperm cells necessary for fertilization. When pollen is transferred from the male reproductive structure to the female reproductive structure (such as by wind or pollinators), it can reach the ovule without the need for water, allowing for fertilization and seed formation to occur.
It becomes a seed after fertilization
Roots develop from the radicle, which is the embryonic root within a seed. The radicle is the first part of the seedling to emerge during germination, and it gives rise to the primary root system of the plant.
In flowering plants, one or more seeds develop within an ovary. The seed coat, which is the hard structure that surrounds the seed, develops from the wall of the chamber where the fertilized egg begins to develop.
The structure in a seed that will develop into a plant's first leaves is called the embryonic shoot or plumule.
In flowering plants, one or more seeds develop within an ovary. The seed coat, which is the hard structure that surrounds the seed, develops from the wall of the chamber where the fertilized egg begins to develop.
its follows the sunlight
Pollen is the male reproductive structure of seed plants. It contains the sperm cells necessary for fertilization. When pollen is transferred from the male reproductive structure to the female reproductive structure (such as by wind or pollinators), it can reach the ovule without the need for water, allowing for fertilization and seed formation to occur.
It becomes a seed after fertilization
Roots develop from the radicle, which is the embryonic root within a seed. The radicle is the first part of the seedling to emerge during germination, and it gives rise to the primary root system of the plant.
In flowering plants, one or more seeds develop within an ovary. The seed coat, which is the hard structure that surrounds the seed, develops from the wall of the chamber where the fertilized egg begins to develop.
The seed bearing structure of gymnosperms is called a cone or a strobilus. It contains the reproductive structures where seeds develop and mature. Gymnosperms do not produce flowers or fruit like angiosperms.
The fruit is is the seed bearing structure and in some plants the fruit is used to help seed dispersal.
The female reproductive structure that develops into a seed in a seed-bearing plant. An ovule consists of a megasporangium surrounded by one or two layers of tissue called integuments. The megasporangium produces spores that develop into megagametophytes. These megagametophytes remain within the tissues of the ovule and produce one or more egg cells. Sperm from pollen grains enter the ovule through an opening called a micropyle and fertilize the egg cells. The resulting embryo then begins to develop within the ovule, which becomes a seed. Among the conifers and cycads, the ovules are typically found in pairs on scales in the female cones. The ovules of angiosperms are contained in a structure called the ovary within in the flower.
The sprouting of a new plant structure is called germination. During germination, a seed begins to grow and develop into a new plant.
the fertilised ovule develops into the seed and the swollen ovary into the fruit