Similar Questions with Answers
Question: What is TIFFA scan
Answer: Hello A TIFFA scan is also called as anomaly scan It is done to see whether the baby is developing normally and also check the position of your placenta, the umbilical cord, and amniotic fluid around the baby. The purpose of anomaly scan is to check the growth of the baby and determine the health of vital organs of the body and the structure of different body parts. It also identifies abnormalities that the child may have in any of the body parts. The focus is usually on organs such as the brain, heart, kidneys, spinal cord and placenta placement in the womb.
Question: What is tiffa scan?
Answer: Hello dear. A TIFFA scan is one of the important scans conducted during 18-23 weeks of pregnancy. It is important because it detects any congenital abnormalities in the growing fetus. It examines both the internal and external anatomy of the fetus. It helps detect any major effects as well as smaller chromosomal abnormalities and any genetic syndrome. The scan is to be conducted on all pregnant women even though they may be in the low-risk category. Take care.
Question: what is Tiffa scan
Answer: A TIFFA scan or a Targeted Imaging for Fetal Anomalies is also popularly known as fetal anomaly scan. The placenta is an organ that connects the mother’s uterine wall with the developing baby. It transports nutrients into the developing fetus. Usually, the fertilized egg implants itself in the posterior uterus, which is near to the spine. But, in some cases, the egg implants in the opposite side, that is the anterior wall of the uterus, which is close to the abdomen. In your 20th week scan, which is known as ‘anomaly scan’, the position of the placenta is usually checked. the placental position in one of the following ways: • Anterior – If it implants on the front of the uterine wall • Posterior – If it implants on the back of the uterine wall • Fundal – If it implants on the top of the uterine wall • Right or left – If it implants on the right or left side of the uterus