During sexual reprodution the egg and sperm undergoe meiosis, which would be i the female ovary. For more answers and elaboration, consult me, The New MrSpock (Xbox Live Gamertag).
The result of meiosis in angiosperms is the production of haploid spores. This occurs in the reproductive structures of the plant, such as the anthers and ovaries, leading to the formation of male and female gametophytes. These gametophytes give rise to male and female gametes, ultimately leading to sexual reproduction in plants.
Only one place in the body of a male and one place in the body of a female. Testicles in the male and ovaries in the female.
In mammals, meiosis occurs in the testes (male) and ovaries (female). This process is essential for the production of gametes (sperm and eggs) in these sex organs.
Tetrads only appear in meiosis. The tetrad is the joining of four chromosomes in prophase I of meiosis. Two male duplicated chromosomes and two female chromosomes. The most important role of tetrad formation is ' crossing over. ' This is the exchange of genetic information between the male and female chromosomes. The material, whole genes, is physically swapped between the male and female chromosomes.
Meiosis in beans occurs in the reproductive tissues, specifically within the anthers of the male flowers and the ovules of the female flowers. In the anthers, meiosis leads to the formation of pollen grains, while in the ovules, it results in the development of egg cells. This process is essential for sexual reproduction, contributing to genetic diversity in the plant.
Meiosis formation of male gametes (sperm) occurs in the testes of animals, while meiosis formation of female gametes (eggs) occurs in the ovaries. These structures are specialized for the production and maturation of sex cells through the process of meiosis.
meiosis
The result of meiosis in angiosperms is the production of haploid spores. This occurs in the reproductive structures of the plant, such as the anthers and ovaries, leading to the formation of male and female gametophytes. These gametophytes give rise to male and female gametes, ultimately leading to sexual reproduction in plants.
The primary spermatocyte is diploid(2n) and after first meiotic division it will produce 2 haploid(n) secondary spermatocyte and these in turn after second meiotic division will produce 2 more haploid secondary spermatocyte. Therefore by the end of Meiosis one will have 4 haploid secondary spermatocyte or spermatids.
Only one place in the body of a male and one place in the body of a female. Testicles in the male and ovaries in the female.
In mammals, meiosis occurs in the testes (male) and ovaries (female). This process is essential for the production of gametes (sperm and eggs) in these sex organs.
Well HELLO! why wouldn't they? Mammals have nipples.
Tetrads only appear in meiosis. The tetrad is the joining of four chromosomes in prophase I of meiosis. Two male duplicated chromosomes and two female chromosomes. The most important role of tetrad formation is ' crossing over. ' This is the exchange of genetic information between the male and female chromosomes. The material, whole genes, is physically swapped between the male and female chromosomes.
Meiosis occurs in the reproductive cells to form male and female gametes. For sexual reproduction meiosis is essential. Genetic advance is achieved by crossing over in chromosomes during meiosis, hence meiosis helps in evolution of races in plants.Meiosis occurs in the reproductive cells to form male and female gametes. For sexual reproduction meiosis is essential. Genetic advance is achieved by crossing over in chromosomes during meiosis, hence meiosis helps in evolution of races in plants.
Meiosis in beans occurs in the reproductive tissues, specifically within the anthers of the male flowers and the ovules of the female flowers. In the anthers, meiosis leads to the formation of pollen grains, while in the ovules, it results in the development of egg cells. This process is essential for sexual reproduction, contributing to genetic diversity in the plant.
Asexual reproduction in animals is usually by parthenogenisis. In such cases, the egg is usually produced without going through meiosis. The result may be female or male, depending on how sexuality is determined in the specific species. The species in which parthenogenisis has been observed include a variety of insects, fish, reptiles, birds and mammals. It can be induced artificially, and all cases observed in mammals have been artificial.
They do not go through meiosis.