A pre-NIPT ultrasound screening is an important step before your Non-Invasive Prenatal Test (NIPT) blood test. This scan, performed around 10 weeks, helps confirm a healthy pregnancy by checking for a heartbeat, measuring fetal growth, and assessing the early development of your baby. It also ensures the pregnancy is progressing as expected before proceeding with NIPT, which screens for chromosomal conditions such as Down syndrome, trisomy 18, and trisomy 13.

At Ballarat Women’s Ultrasound, we offer pre-NIPT ultrasound screenings alongside your NIPT blood test, providing a seamless and reassuring experience. Our experienced team uses advanced imaging to give you confidence in your pregnancy before undergoing genetic screening.

A uterine artery assessment is a specialised ultrasound performed in the first and/or second trimester to evaluate blood flow to the uterus. This scan helps assess the risk of complications such as preeclampsia, fetal growth restriction (FGR), and placental insufficiency, ensuring early detection and management if needed.

What Does a Uterine Artery Assessment Measure?

✔ Blood Flow to the Uterus – Using Doppler ultrasound to assess resistance in the uterine arteries, which supply blood to the placenta.
✔ Placental Function Indicators – Evaluating whether the placenta is receiving enough blood flow for optimal fetal growth.
✔ Preeclampsia & Growth Restriction Risk – Identifying women who may be at higher risk of pregnancy complications.

Why is This Scan Important?

A uterine artery Doppler scan is often recommended for women who have:

• A history of preeclampsia or high blood pressure in pregnancy.

• Previous pregnancy complications, such as fetal growth restriction or preterm birth.

• Multiple pregnancies (twins or more), which increase the risk of placental-related issues.

• Underlying medical conditions, such as diabetes or autoimmune disorders.

Early detection of abnormal blood flow patterns allows for closer monitoring, preventative measures (such as low-dose aspirin), and tailored care to support a healthy pregnancy.

Your Experience at Ballarat Women’s Ultrasound

At Ballarat Women’s Ultrasound, we use advanced Doppler imaging technology to assess uterine artery blood flow with precision and accuracy. Our team of specialists provides detailed assessments and personalized guidance, ensuring you receive the best care and reassurance throughout your pregnancy journey.

Cervical length ultrasounds are conducted to assess the length and integrity of the cervix during pregnancy. These scans help predict the risk of preterm birth and identify conditions such as cervical insufficiency, allowing for early intervention if needed.

What Does a Cervical Length Scan Assess?

✔ Cervical Length Measurement – Evaluating the cervix to ensure it is within a normal range for gestational age.
✔ Signs of Shortening or Opening – Identifying early changes that may indicate an increased risk of preterm labor.
✔ Cervical Competency – Checking for signs of cervical weakness or funneling (opening at the internal end).
✔ Monitor Changes Over Time – Serial scans may be recommended for women at higher risk.

Why Might You Need a Cervical Length Scan?

This scan is often recommended if you have:

• A history of preterm birth or second-trimester loss.

• Previous cervical surgery (e.g., LLETZ, cone biopsy).

• Known or suspected cervical insufficiency.

• A multiple pregnancy (twins or more).

• Symptoms such as pressure or early contractions.

Your Experience at Ballarat Women’s Ultrasound

At Ballarat Women’s Ultrasound, we offer high-resolution cervical length scans performed via transvaginal ultrasound. Our experienced team provides accurate assessments, adhering to the most recent clinical guidelines, and compassionate care, ensuring you have the information and support needed for a healthy pregnancy.

For information on the range of Services BWU offers go to our Prenatal Testing Page

A fetal echocardiogram is a specialised ultrasound used to examine the heart of a fetus in utero. It provides detailed, high-resolution images of the fetal heart, allowing doctors to assess its structure and function. This test is typically performed if there is a concern about a potential heart defect or if the mother has certain risk factors, such as a family history of heart disease, maternal health conditions (like diabetes or infections), or abnormal findings from other prenatal screenings or ultrasounds.

During the procedure, a specialist trained Doctor or sonographer, obtains detailed images of the heart, including the chambers, valves, outlets and overall structure and function of the heart to detect congenital defects.

This non-invasive procedure is safe for both mother and baby and offers invaluable insights into the health of the fetal heart, ensuring that any potential issues are identified early for the best possible outcomes.

A fetal echo is often recommended if there are concerns about the baby's heart health or if the mother has preexisting risk factors. Some reasons you might need an echocardiogram include:

1. Family History: If there's a history of heart defects in the family, either on the mother’s or father’s side.

2. Abnormal Ultrasound: If a standard ultrasound shows possible signs of heart problems or physical abnormalities.

3. Maternal Health Conditions: If the mother has conditions like diabetes, lupus, or certain infections that could affect the baby’s heart.

4. Previous Pregnancy with Heart Issues: If you had a previous pregnancy where the baby had heart defects.

5. Increased Risk for Genetic Conditions: If the mother’s pregnancy has been identified as having an increased risk for chromosomal or genetic disorders, such as Down syndrome, which may be linked to heart defects.

6. Signs or Symptoms: If there are signs of fetal distress, like abnormal heart rhythms or poor growth, that may point to a heart problem.

Fetal neurosonography is a specialised ultrasound technique used to examine the brain and nervous system of a fetus while still in the womb. This type of examination is typically performed during the second trimester, but it can also be done later in pregnancy if there are concerns about the baby's brain development or health.

A fetal neurosonogram uses a combination of 2D and 3D ultrasound to check for potential abnormalities in the fetal brain and central nervous system. It can help detect conditions like:

1. Structural Brain Abnormalities: This includes issues like hydrocephalus (fluid buildup in the brain), ventriculomegaly (enlargement of the brain's ventricles), or anencephaly (a serious neural tube defect where parts of the brain and skull are missing).

2. Developmental Delays: Delays in the development of the brain or abnormalities in the formation of certain brain structures.

3. Cerebral Malformations: Abnormalities in the folding of the brain, which can affect the baby’s nervous system.

4. Infections: Certain infections during pregnancy (e.g., cytomegalovirus, toxoplasmosis) can affect the fetus's brain development, and this test can help detect the impact.

5. Spinal Cord Abnormalities: Conditions like spina bifida or other malformations affecting the spinal cord can also be assessed.

Fetal neurosonography may be recommended in the following situations:

• Abnormal routine ultrasound: If a regular ultrasound shows signs of potential brain problems.

• Maternal risk factors: If the mother has certain health conditions (e.g., diabetes, infection) or if there is a family history of neural tube defects or other brain conditions.

• Increased risk from genetic factors: If there are signs of genetic disorders, such as Down syndrome, that can affect brain development.

• Fetal symptoms: If there are concerns about fetal movements, growth, or other symptoms that may point to neurological problems.

Like other ultrasounds, a fetal neurosonography is a safe, non-invasive procedure that provides valuable information about the baby's brain and central nervous system development and can help identify potential issues early in pregnancy.