In human reproduction, after fertilization has taken place the zygote travels down the fallopian tube, while dividing to form more cells without the zygote actually increasing in size. This cell division is mitotic, and is known as cleavage.All mammals go through the zygote stage of life. Zygotes eventually develop into an embryo, and then a fetus.
D. you have 22 pairs of autosomal chromosomes and one pair of intercourse chromosomes for a grand entire of 40 six chromosomes. To get a male, you're able to have one X and one Y intercourse chromosome and the zygote additionally gets a sequence of twenty-two autosomal chromosomes from its dad and 22 from its mom.
Mitosis is the major component, since it is responsible for the reproduction of cells after meiosis. DNA is also vital since it codes for which cells reproduce into what (i.e. blood cells, muscle cells, etc.)
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This is due to growth and development. This growth takes place due to cell division.
There are two types cell division :
1)mitosis 2) meosis
here mitosis takes place because in meosis only gametes are produced.
The example of gametes are sperm cell and egg cell .
In human reproduction, after fertilization has taken place the zygote travels down the fallopian tube, while dividing to form more cells without the zygote actually increasing in size. This cell division is mitotic, and is known as cleavage.All mammals go through the zygote stage of life. Zygotes eventually develop into an embryo, and then a fetus.
D. you have 22 pairs of autosomal chromosomes and one pair of intercourse chromosomes for a grand entire of 40 six chromosomes. To get a male, you're able to have one X and one Y intercourse chromosome and the zygote additionally gets a sequence of twenty-two autosomal chromosomes from its dad and 22 from its mom.
Mitosis is the major component, since it is responsible for the reproduction of cells after meiosis. DNA is also vital since it codes for which cells reproduce into what (i.e. blood cells, muscle cells, etc.)