This is an interestingly general question. The normal consequence of only one egg implanted is one offspring. In many animals the production of one conceptus that, overtime, develops into an offspring.
This assumes that the reference to implantation means the point at which the conceptus stops migrating around the uterus and becomes "fixed" at a single location until fetoplacental development results in a free floating fetus attached
by an umbilicus to the placenta.
This is an interestingly general question. The normal consequence of only one egg implanted is one offspring. In many animals the production of one conceptus that, overtime, develops into an offspring. This assumes that the reference to implantation means the point at which the conceptus stops migrating around the uterus and becomes "fixed" at a single location until fetoplacental development results in a free floating fetus attached by an umbilicus to the placenta.
This is an interestingly general question. The normal consequence of only one egg implanted is one offspring. In many animals the production of one conceptus that, overtime, develops into an offspring. This assumes that the reference to implantation means the point at which the conceptus stops migrating around the uterus and becomes "fixed" at a single location until fetoplacental development results in a free floating fetus attached by an umbilicus to the placenta.
This is an interestingly general question. The normal consequence of only one egg implanted is one offspring. In many animals the production of one conceptus that, overtime, develops into an offspring. This assumes that the reference to implantation means the point at which the conceptus stops migrating around the uterus and becomes "fixed" at a single location until fetoplacental development results in a free floating fetus attached by an umbilicus to the placenta.
This is an interestingly general question. The normal consequence of only one egg implanted is one offspring. In many animals the production of one conceptus that, overtime, develops into an offspring. This assumes that the reference to implantation means the point at which the conceptus stops migrating around the uterus and becomes "fixed" at a single location until fetoplacental development results in a free floating fetus attached by an umbilicus to the placenta.
The tubes can grow back together. You can also have one implanted.
Yes, it is possible through a process called in vitro fertilization (IVF). Donor egg IVF involves retrieving an egg from one woman, fertilizing it with sperm in a lab, and then transferring the resulting embryo to another woman's uterus for pregnancy.
Yes, it is possible to have one of your eggs implanted in your uterus to be fertilized by your partner, but this typically involves assisted reproductive technologies. In vitro fertilization (IVF) is the common method used, where eggs are retrieved, fertilized in a lab with sperm, and then the resulting embryos are transferred to the uterus. If you are specifically referring to implanting an unfertilized egg directly, that is not feasible as fertilization must occur outside the body before implantation.
If all 3 eggs are implanted you will likely end up with triplets if not at least twins. one may absorb the other depending on what issues you had that made it where u had to have invitro in the first place. just be ready because you may get more than u bargained for with this one.
They are not fraternal twins (two different fertilized eggs implanted), they are identical twins (one single fertilized egg which divide into two separate embryos)
The egg is fertilized in one of the fallopian tubes and instantly begins to develop there. But, while developing it continues to travel down that tube and into the uterus. In the uterus it sticks to and becomes implanted in the lining of the uterus, where it finishes development.
It is possible, but you must have very steady and strong fingers.
Only one sperm cell fertilizes the female egg during sexual reproduction. The sperm cell contains genetic material from the male that combines with genetic material from the female to form a new individual.