What is involved in the procedure of amniocentesis?
The amniocentesis procedure is performed in a pregnant woman to test chromosomal abnormalities and/or infections. During the procedure, a large needle is inserted with a female belly and into an amniotic bag that surrounds the fetus. The needle extracts a small amount of amniotic fluid, which is then analyzed.
There are many risks for a woman and her fetus during pregnancy. In the preparation and anticipation of these risks, the amniocentesis procedure may require amniotic fluid analysis, the fluid in which the fetus develops. This fluid has shown that it reveals many types of birth of abnormalities and infections, some of which can be treated or corrected. After the anesthetics manifests itself, the doctor puts the needle with a female belly and pierces the uterus wall. The doctor uses ultrasound to guide the needle away from the fetus to prevent any injury. The needle then extracts approximately 20 ml of amniotoric fluid from an amniotic bag, which then complements the body for the next 24-48 hours.
As soon as the doctor has water amniotic fluid, then insulates the fetus bUnky and grows them in the culture medium. They are then colored and analyzed into any chromosomal abnormalities such as Down syndrome or infection. The body repairs the piercing of the amniotic bag through normal healing processes.
The amniocentesis procedure usually takes place somewhere between the 15th and 20th week of pregnancy. In some cases, the test may be carried out between 11 and 13 weeks, which is called an early amniocenizing procedure. Risks include fetal damage and possible abortion, although these risks are low compared to the risk that one will not have. Recent estimates of abortion placed as low as one of 1600.
Because the amniotic fluid is rich in stem cells, it can replace the use of stem cells taken from discarded embryos or fruits in the future. This would show ethical concerns Pro-Life advocates who insist that the use of stem cells from embryos or fruits is immoral. KmeThe new cells are building stones of the body and are therefore very valuable in research and scientific development. Amniotic stem cells have already been demonstrated by capable engineering cells such as cells found in bones, muscle or fat.