Do birds have thousands of holes in each egg ?

Do birds have thousands of holes in each egg ?

We all know that no living thing can survive without air.  Even if we are put in a room where no air can enter at all, we will die in four-five minutes.  So how can a baby growing in a bird's nest survive without air?  Air means oxygenated.

Thus, the offspring of animals that give birth to offspring grow and develop in less than a month by staying in their mother's womb.  Then born.  So how do they get air there?  We all know that mammals are the animals that give birth to babies.  Mammals are animals that breastfeed for a certain period of time after birth.  Air can go into the womb of such animals No, but the cubs get oxygen.If the mother breathes on her own, her oxygen enters the lungs and mixes with the blood.  The blood also travels from the mother's body to the baby's body, where it receives oxygen.

Mother's blood cannot go into the birds' eggs.  So how can a baby growing in Ida get oxygen?  Without oxygen, babies cannot survive.  Each Ida has a minimum of 7000 and a maximum of 17000 suma holes to provide oxygen to the developing baby.  After knowing this, we realize that if there are so many holes in Ida, the liquid will come out of it as soon as we shake it a little.  That doesn't just happen.  The fact that the fluid inside does not come out means that there are holes in Ida's coach Can't be  Second If there is a hole for air, the virus or bacteria from it can infiltrate Ida and harm the baby!

Again, the question is, if there is no hole in the coach, how can the baby growing inside get oxygen?  Scientists say that it is true that Ida's coach has thousands of holes.  These holes are so microscopic that Ida fluid cannot escape from them.  Only the oxygen molecules in the air can go in and the carbon dioxide molecules that the baby has made inside can go out.  There is a thin layer inside Ida's coach to prevent viruses from entering the air and carbon dioxide.  It is between Kochla and Ida's fluid.  From one end of the 5, the umbilical cord-like fibers emerge and attach to the surviving growths in Ida.  It can only move air.  Nothing else can move.