At Littleton Gynecology and Wellness, we provide state-of-the-art ultrasound services for patients to answer almost all their questions and properly diagnose issues. Ultrasounds use high-frequency sound waves to create an image of a person’s internal body structures. Our ultrasound technicians commonly rely on them to study a developing baby, stomach and pelvic organs, muscles and tendons, and heart or blood vessels. Diagnostic ultrasounds are an imaging method that produces images that help us better treat and understand patients’ bodies. These images may provide valuable information for diagnosing and treating a variety of diseases and other problems.
Pelvic Examinations Using Ultrasounds for Ken Caryl
At Littleton Gynecology and Wellness, our ultrasound professionals carry out a pelvic ultrasound diagnostic. This is a test that utilizes sound waves to take pictures of organs and potential health issues that can otherwise easily be missed. Not only will staying in the know about this information be useful to the patient, but it will also allow the doctor and the individual to determine their next move better.
Child Development Using Ultrasound Services in Ken Caryl
Along with being able to monitor the patient’s pelvic needs, Littleton Gynecology and Wellness’ ultrasound technicians take advantage of the ultraviolet technology by monitoring the wellbeing of a developing fetus and noting any abnormalities. Our ultrasound machines are used to chart progress and take note of any complications that need to be addressed regarding the patient’s pregnancy and what the following steps will be in their pregnancy.
Littleton Ultrasound Services Monitor Vascular Systems in Ken Caryl
Another essential service that the ultrasound machine may fulfill is being able to keep track of heart and blood vessel progress for any Ken Caryl patients that visit Littleton Gynecology and Wellness. We are completely capable of monitoring patient vascular systems and providing you better care based on that. Vascular ultrasounds utilize sound waves to evaluate the patient’s circulatory system to detect blood clots and help identify other blockages in arteries and veins.