In oogenesis, the end result is the formation of a mature egg cell (ovum) with half the number of chromosomes as the original cell. This process involves the growth and maturation of an oocyte through different stages, including meiosis I and meiosis II divisions, eventually producing a functional egg cell capable of being fertilized by a sperm.
4 cells are produced at the end of meiosis.
The 4 cells produced by oogenesis are one primary oocyte, two polar bodies, and one mature ovum (or egg cell). The primary oocyte undergoes meiosis to form the mature ovum, while the polar bodies are smaller cells that do not develop further.
4 cells have been produced at the end of meiosis
4
The eggs we eat, produced by the female hen, are infertile as the hen hasn't mated with the rooster. This means the egg will not hatch. If the hen had mated, the egg would be fertile, and have produced a embyro
In oogenesis after the first meiotic division one egg and one tiny cell are created. In Meiosis II the egg and three small cells are created. The three small cells are thrown away and the egg undergoes fertilization. In spermatogenesis after meiosis II four working sperms are ready to be used. There is only one usable cell created in oogenesis while in spermatogenesis four cells are created. the end result of oogenesis is only one viable cell while in sprematogenesis there are four.
2
The number is zero.No CO2 is produced in glycolisis.
Not in all species. Although at the end of meiosis there are 4 daughter cells, not all of these are always eggs.In most animals, females produce one mature ovum (egg) and three "polar bodies" from oogenesis (meiosis).
A total of 38 ATP molecules are produced at the end of aerobic respiration per molecule of glucose.
Two cells.