Thus far there have been no confirmed reports of immortal embryos.
because it didn't get the right nutrients
Embryo is a noun and can be used as such in an almost infinite number of sentences. One such sentence might be "An embryo is a developing, growing, multicellular organism."
No, if you put it back in its nest the mother will kick it out and it will die overnight.
Food is definitely one structure which diffuses from the mother's blood to the embryo. I need to find out another one to answer my question?
There are smaller babies!
The embryo/fetus would die.
When you split an embryo to create more than one animal is the definition of embryo splitting.
Stem cells are removed just after conception when the zygote is forming into an embryo. When stem cells are taken, the embryo cannot develop, and so does die.
If you are incubating eggs hoping for chicks. Here are a few things that will cause the embryo to die in the shell. Temperature extremes, too high or too low and the embryo will die. Shaking and bouncing, the embryo is only lightly attached to the yolk and any extra movement can cause it to come loose and die. Humidity too high or too low. Not turning the eggs - they need to be turned at the minimum 3 times per day, more is better, so that the embryo does not stick to the shell. Dirty and or cracked shells, your embryo may start growing but the dirt and cracks will let bad germs in and cause the embryo to die. There are plenty more reasons, this is all I could think of right now.
No. The tube do not stretch and will break when the embryo grows. The embryo then dies. The mother will die if this is not taken care of.
The embryo will die.
so it doesn't die
by miscarriage
because it didn't get the right nutrients
Gastrulation
yes because when you clone humans you have to use many embryo's to finally get a successful one the rest of the unused embryo's are destroyed
Embryo is a noun and can be used as such in an almost infinite number of sentences. One such sentence might be "An embryo is a developing, growing, multicellular organism."