ovum is the product after the secondary oocyte fuses with sperm
The secondary oocyte completes its second meiotic division upon fertilization by a sperm cell. This leads to the formation of a mature ovum and a polar body.
The Graffian Follicle in the ovary expels the secondary oocyte (mature ovum) into the peritoneum, where it is picked up by the fimbrae of the Fallopian tubes.
During cytokinesis in a female, the cytoplasm divides unequally, resulting in one large cell (the secondary oocyte) and one small cell called the polar body. This unequal division helps ensure that the secondary oocyte retains most of the cytoplasm and organelles needed for further development, while the polar body eventually disintegrates.
gametes, sex cells, haploid cells. the process is meiosis.
Meiosis 2 occurs in females during the reproductive process after fertilization, when the secondary oocyte completes its division to form a mature ovum and a polar body.
The secondary oocyte develops into an ovum during the process of fertilization. When a sperm successfully penetrates the secondary oocyte, it triggers the completion of meiosis II, resulting in the formation of the ovum and a second polar body. This transition typically occurs within the fallopian tubes shortly after ovulation. If fertilization does not occur, the secondary oocyte will not complete meiosis and will be expelled during menstruation.
A primary oocyte divides into a secondary oocyte and a polar body during meiosis I. The secondary oocyte undergoes meiosis II to produce a mature ovum (egg) and another polar body.
The secondary oocyte completes its second meiotic division upon fertilization by a sperm cell. This leads to the formation of a mature ovum and a polar body.
The primary oocyte divides into a secondary oocyte and a polar body during meiosis I. The secondary oocyte then goes through meiosis II to produce a mature ovum (egg) and another polar body.
The egg or ovum is more correctly called an oocyte. It is referred to as an oocyte until it is fertilized by sperm, after which it becomes an embryo.
an ovum mature oocyte after meiosis division
an ovum mature oocyte after meiosis division
The nucleus of an ovum does not divide in the same way as in typical somatic cells. Instead, during oogenesis, the ovum undergoes meiosis, where it completes the first meiotic division to form a secondary oocyte and a polar body. The secondary oocyte then arrests in metaphase II until fertilization occurs, after which it completes meiosis, resulting in another polar body and the mature ovum. Thus, the division of the nucleus in an ovum is primarily associated with the process of meiosis, rather than conventional nuclear division.
The secondary oocyte is a key stage in the female reproductive process, specifically in oogenesis. It is formed after the primary oocyte undergoes meiosis I, and it contains the majority of the cytoplasm. The secondary oocyte is released during ovulation and, if fertilized by a sperm cell, it will complete meiosis II to become a mature ovum. Its primary function is to provide the necessary genetic material and cellular resources for successful fertilization and early embryonic development.
The Graffian Follicle in the ovary expels the secondary oocyte (mature ovum) into the peritoneum, where it is picked up by the fimbrae of the Fallopian tubes.
During cytokinesis in a female, the cytoplasm divides unequally, resulting in one large cell (the secondary oocyte) and one small cell called the polar body. This unequal division helps ensure that the secondary oocyte retains most of the cytoplasm and organelles needed for further development, while the polar body eventually disintegrates.
A single egg is called an ovum or oocyte.