Male embryos have XY chromosomes, while female embryos have XX chromosomes. This genetic difference determines the development of male or female reproductive organs. Hormonal differences also play a role in shaping the physical characteristics of male and female embryos.
In the early stages of development, an embryo's sex is not yet determined. The sex of the embryo is determined by the presence or absence of a Y chromosome from the father. Once the sex chromosomes are determined, the embryo will develop into a male or female.
The embryo sac is female, as it is the structure within the ovule of a flowering plant that contains the female reproductive cells (eggs).
The sex of an embryo is determined by the presence or absence of a Y chromosome. If the embryo has a Y chromosome, it will develop as male. If no Y chromosome is present, the embryo will develop as female.
The embryo receives half of its chromosomes from the female's egg and half from the male's sperm. This genetic material combines to form the unique set of DNA that determines the embryo's traits and characteristics.
An embryo is not always stimulated to develop into a female. The presence of the Y chromosome leads to the development of a male embryo through the expression of genes that promote male characteristics. In the absence of the Y chromosome, the default pathway is for the embryo to develop into a female.
In the early stages of development, an embryo's sex is not yet determined. The sex of the embryo is determined by the presence or absence of a Y chromosome from the father. Once the sex chromosomes are determined, the embryo will develop into a male or female.
The embryo sac is female, as it is the structure within the ovule of a flowering plant that contains the female reproductive cells (eggs).
The sex of an embryo is determined by the presence or absence of a Y chromosome. If the embryo has a Y chromosome, it will develop as male. If no Y chromosome is present, the embryo will develop as female.
The embryo receives half of its chromosomes from the female's egg and half from the male's sperm. This genetic material combines to form the unique set of DNA that determines the embryo's traits and characteristics.
An embryo is not always stimulated to develop into a female. The presence of the Y chromosome leads to the development of a male embryo through the expression of genes that promote male characteristics. In the absence of the Y chromosome, the default pathway is for the embryo to develop into a female.
No, it is not possible to create a viable embryo by mixing two female eggs with sperm. An embryo can only be created by fertilizing a female egg with sperm from a male.
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Yes, both the male and female reproductive systems develop from the same tissues in the embryo called the genital ridges. The presence or absence of certain hormones during development will determine the differentiation into either male or female reproductive structures.
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No, an artificially implanted embryo cannot grow inside a male as the male body does not have the necessary biological structures, such as a uterus, needed for embryo implantation and growth. Embryos require a female reproductive system to develop and grow into a fetus.
An embryo, male or female, usually has two sex chromosomes, one from mom, one from dad. In a male's case, they would be XY. Rarely, nondisjunction occurs, and a child winds up XXX, XXY, XYY, or X. XXX and X become female, and XXY and XYY become male. So, it is theoretically possible for a male embryo to have three sex chromosomes.
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