What does grossly unremarkable mean in an ultrasound?

When you hear the word “ unremarkable in reference to ultrasounds, it usually refers to the appearance of the fetus, placenta, and surrounding structures. Doctors often describe the placenta as “unremarkable” if it’s thin and smooth, with a low-level echogenic appearance (or a light gray or white appearance). If it’s thick and has a cauliflower-like appearance, it’s described as �

What does grossly unremarkable mean on a fetal echo?

A fetal ultrasound exam is a noninvasive test that uses high-frequency sound waves to create images of the developing baby. Because the soft tissue of the fetus is similar to jelly, ultrasound images can reveal structural abnormalities that may not be visible on other types of prenatal ultrasound. A “normal” looking baby on an ultrasound doesn’t mean there’s nothing wrong. In fact, some chromosomal or structural abnormalities can be detected by ultrasound early in pregnancy, before a woman even

What does grossly unremarkable mean on a fetal ultrasound scan?

The term “grossly unremarkable” refers to an ultrasound that shows no obvious structural or chromosomal abnormalities. This does not mean there is no cause for concern. It simply means that there is no evidence to suggest a problem. If you do not have a cause for concern, it is very unlikely that any extra tests will be needed.

What does grossly unremarkable mean on an obstetric ultrasound?

A normal placenta looks like a cauliflower and is about the size of a small melon. A smaller placenta or one that is closer to the size of a pea is considered small. A larger placenta that is closer to the size of a large egg is considered large. An abnormal placenta is called a placental mosaic. A mosaic placenta is an uneven collection of normal and abnormal tissue. It affects approximately 3.5% of pregnancies.

What does grossly unremarkable mean on a pregnancy ultrasound?

There are many different systems used to describe the appearance of the placenta, umbilical cord, and myometrium on an ultrasound exam. One system includes a five-tier classification system developed by the Royal College of Obstetricians and Gynecologists. The system uses the shape, thickness and consistency of the placenta and umbilical cord as well as how the membranes (amniotic and chorionic) appear. The placenta and membranes can develop abnormalities known as pl