Ultrasound imaging or sonography is an advanced innovation in the field of medicine. Typically they are best known for capturing images of the growing fetus. However, this imaging test is beneficial in vascular medicine as a primary diagnostic tool that creates live images of blood flow in your vessels. But why should you do the …
A doctor may request a breast ultrasound to look for tumors or other abnormalities identified during a physical examination, mammography, or breast MRI. Ultrasound is non-harmful, safe, and radiation-free. What is breast ultrasound? A breast ultrasound imaging procedure uses sound waves to look within your breasts. A breast ultrasound creates finely detailed images of the …
Breast Ultrasound: When Is It Used & Procedure Details Read More »
You tested yourself for pregnancy, and the results were positive. What are your next plans to ensure your kid receives the finest care? Most patients get an ultrasound, a painless diagnostic procedure, at least once during standard prenatal care. High-frequency sound waves enter the uterus and then radiate back as the embryo or fetus vibrations. …
Testing during pregnancy is essential in diagnosing, monitoring, and treating medical conditions in pregnant women and their babies. The benefits of testing during pregnancy include the following: If you have an ultrasound during pregnancy, it can detect any problems with your baby’s organs and make sure everything is developing properly. If there is a problem …
A prenatal ultrasound is a pregnancy test that evaluates your unborn child’s wellbeing and growth. A prenatal ultrasound during pregnancy is performed by an obstetrician, nurse midwife, or ultrasound technician for a variety of reasons. An ultrasound may be performed occasionally to make sure your baby is developing normally. Other times, your obstetrician requests an …
An ultrasound detect is the process wherein technology is used to create images of the inside of our body through sound. The sound waves that ultrasound probes, also known as transducers, emit are above the human hearing threshold (above 20 kHz). However, most current transducers operate at significantly higher frequencies (in the megahertz (MHz) range). …
