All forms should be completed in advance of your appointment. Please follow the links below to access the Ultrasound General Form required for your upcoming appointment.
If you are having a Gynecologic (Pelvic) Ultrasound exam, please complete the Ultrasound Gynecologic Form instead of the general form.
Please notify our staff when scheduling if you need an interpreter to assist you with your native language.
Arrive at the time of your appointment. Weill Cornell Imaging at NewYork-Presbyterian is limiting the number of patients in our offices at any one time. Patients who arrive early may be asked to return at the time they are scheduled.
Unless needed for physical assistance or to translate for you, visitors are not allowed to accompany patients at any of our practices. For pediatric patients, one parent may accompany a child.
Wearing the right clothing may eliminate the need for you to change into a gown prior to your exam. For ultrasound exams, wear something that is comfortable and easy to remove.
Depending on the type of exam you are having, you may need to fast before your exam. Please note, if you are diabetic you may have a light meal (tea and toast) before the exam and you may bring a snack with you at your appointment. Please contact us to coordinate medication and diet prior to exam.
All of our imaging practices have procedures in place to ensure the safety of our patients and staff. These include:
All patients and visitors are clinically screened upon arrival including a temperature check.
Patient verification is an important part of your safety and you will be asked to verify your identification and your exam several times during your appointment. Our check-in staff will review your completed registration forms with you.
An ultrasound procedure is a non-invasive diagnostic procedure used to assess soft tissue structures such as muscles, blood vessels, and organs.
Ultrasound uses a transducer that sends out ultrasonic sound waves at a frequency too high to be heard. When the transducer is placed at certain locations and angles, the ultrasonic sound waves move through the skin and other body tissues to the organs and structures within. The sound waves bounce off the organs like an echo and return to the transducer. The transducer picks up the reflected waves, which are then converted by a computer into an electronic picture of the organs or tissues under study.
Different types of body tissues affect the speed at which sound waves travel. Sound travels the fastest through bone tissue, and moves most slowly through air. The speed at which the sound waves are returned to the transducer, as well as how much of the sound wave returns, is translated by the transducer as different types of tissue.
A clear conducting gel is placed between the transducer and the skin to allow for smooth movement of the transducer over the skin and to eliminate air between the skin and the transducer for the best sound conduction.
By using an additional mode of ultrasound technology during an ultrasound procedure, blood flow can be assessed. An ultrasound transducer capable of assessing blood flow contains a Doppler probe. The Doppler probe within the transducer evaluates the velocity and direction of blood flow in the vessel by making the sound waves audible. The degree of loudness of the audible sound waves indicates the rate of blood flow within a blood vessel. Absence or faintness of these sounds may indicate an obstruction (blockage) of blood flow.
Ultrasounds are used to view internal organs as they function (in "real time," like a live TV broadcast), and to assess blood flow through various vessels. Ultrasound procedures are often used to examine many parts of the body such as the abdomen, breasts, female pelvis, prostate, scrotum, thyroid and parathyroid glands, and the vascular system. During pregnancy, ultrasounds are performed to evaluate the development of the fetus.
Technological advancements in the field of ultrasound now include images that can be made in a three-dimensional view (3-D) and/or four dimensional (4-D) view. The added dimension of the 4-D is motion, so that it is a 3-D view with movement.