Anomaly Scan in Sanjay Nagar, Bangalore

The Anomaly Scan, often referred to as the 20-week pregnancy scan, provides a comprehensive view of your baby’s development. Using advanced 2-D ultrasound technology, this scan meticulously examines the size and physical features of your baby, offering insights into vital aspects such as facial formation, limb development, and organ structure. Our skilled sonographers meticulously assess the placement of the placenta and the level of amniotic fluid, ensuring a thorough evaluation of the womb’s health.

Performed between the 18th and 21st week of pregnancy, the Anomaly Scan serves as a crucial milestone in your prenatal care journey. It not only offers a closer look at your baby’s growth but also provides valuable information about any potential birth defects or abnormalities. With the scan’s ability to generate detailed 2-D images of your baby’s profile, including facial features and hand movements, expect an awe-inspiring glimpse into your little one’s world within the womb.

At Nisarga Diagnostics, we understand the anticipation and excitement surrounding this pivotal scan. Trust our team of dedicated healthcare professionals to guide you through the process with compassion and expertise, ensuring a reassuring experience every step of the way. Schedule your Anomaly Scan today and embark on a journey of discovery with us!

When is the Anomaly Scan Performed?

Typically conducted between the 18th and 21st weeks of pregnancy, the Anomaly Scan, also known as the mid-pregnancy scan, provides crucial insights into your baby’s development.

Why is the Anomaly Scan Conducted?

The mid-pregnancy anomaly scan serves the vital purpose of identifying any physical abnormalities in the developing baby. While it may not detect every issue, it provides healthcare specialists, such as sonographers, with insights into various aspects of the baby’s anatomy, including bones, heart, brain, spinal cord, face, kidneys, and abdomen. This scan helps in identifying conditions such as anencephaly, diaphragmatic hernia, gastroschisis, exomphalos, open spina bifida, bilateral renal agenesis, lethal skeletal dysplasia, Edwards’ syndrome (T18), Patau’s syndrome (T13), cleft lip, and serious cardiac abnormalities. While most scans indicate normal development, in some cases, potential problems may be detected or suspected by the sonographer.

What does the Anomaly Scan Assess within the Womb?

During the anomaly scan, the sonologist meticulously examines various aspects of the fetus and the womb, including:

• Comprehensive assessment of every part of the baby’s body and measurements to ascertain normal growth.
• Evaluation of limbs to detect any deformities, such as missing fingers or toes.
• Examination of facial features, including eyes, nose, and mouth.
• Thorough inspection of the brain, spinal cord, bones, heart, lungs, kidneys, and abdomen to identify congenital defects.
• Assessment of the placenta’s position.
• Determination of the normalcy of amniotic fluid levels.

The scan aims to detect various birth defects, including but not limited to:

• Cleft lip
• Spina bifida
• Heart defects
• Club feet
• Structural abnormalities in the brain
• Diaphragmatic hernia
• Kidney problems
• Genetic disorders stemming from chromosomal abnormalities.

How is the Procedure Conducted?

During the anomaly scan, the process unfolds as follows:

• • The sonographer guides the patient to recline on a couch and expose the abdomen.
  • A special gel is applied to the abdomen to facilitate optimal contact between the handheld probe and the skin.
  • The sonographer then maneuvers the probe across the abdominal skin to examine the baby’s body.
  • As the probe moves, a black and white 2D image of the baby appears on the ultrasound screen.
  • To enhance visualization, the sonographer may recommend the patient to consume water beforehand to achieve a full bladder.
  • Occasionally, the sonographer may apply gentle pressure to obtain clearer images of the baby.
  • The entire mid-pregnancy scan process typically lasts around 30 minutes.