The ovaries are the glands that produce the egg cells. In humans, women are only born with a finite number of eggs which means they are only fertile for a certain amount of time.
Secondary oocyte
Functional classification of exocrine glands is based on the type of secretion they produce and their mode of secretion. They can be categorized into three main types: serous glands, which secrete a watery, enzyme-rich fluid; mucous glands, which produce a thick, viscous secretion; and mixed glands, which can produce both types of secretions. Additionally, the mode of secretion can further classify them as merocrine (via exocytosis), apocrine (where part of the cell cytoplasm is lost), or holocrine (where the entire cell disintegrates).
Both.
The act or process of initiating biological reproduction by insemination or pollination. The union of male and female reproductive cells (gametes) to produce a fertilized reproductive cell (zygote). Fusion of a sperm cell with an egg cell to produce a zygote when the female sex cell (egg) and the male sex cell (sperm) come in contact. the joining of a sperm and an egg The fusion of the male sex cell with the female sex cell to form an embryo is called fertilisation. The fusion of an egg and sperm to form a zygote
A group of glands that produce hormones is the endocrine system.
ovaries
Glands that produce the egg cells and hormones are the ovaries.
The meiosis of egg formation is called oogenesis. During oogenesis, a primary oocyte undergoes two divisions to produce a single mature egg cell.
The ovaries are the gonads responsible.
when sperm fertilize ovule then it produce another living cell
Nothing unless it is united with a sperm cell
to produce egg cell
In females the egg develops in the ovaries, this is also where estrogen and many other female hormones are produced.
an egg,a good old fried egg.
The cell division that occurs after fertilization of a pig egg cell is called cleavage. During cleavage, the zygote undergoes multiple rounds of cell divisions to form a ball of cells called a blastocyst.
Secondary oocyte
Functional classification of exocrine glands is based on the type of secretion they produce and their mode of secretion. They can be categorized into three main types: serous glands, which secrete a watery, enzyme-rich fluid; mucous glands, which produce a thick, viscous secretion; and mixed glands, which can produce both types of secretions. Additionally, the mode of secretion can further classify them as merocrine (via exocytosis), apocrine (where part of the cell cytoplasm is lost), or holocrine (where the entire cell disintegrates).