As the probe moves over the person’s stomach, a blurry black-and-white picture appears onscreen for the clinician to read. While ultrasound technology is a staple in many medical settings ...

(Courtesy: Felice Frankel) A wearable ultrasound device can provide 48 hours of continuous imaging of internal organs while patients go about their daily lives ... The new device developed by Wang and ...

An ultrasound probe sends these waves through a layer of gooey gel into the human body, where they bounce off organs and other internal structures and then return to the transducer array.

In recent years, researchers have explored designs for stretchable ultrasound probes that would provide portable, low-profile imaging of internal organs. These designs gave a flexible array of ...

MIT engineers have developed a small ultrasound sticker that ... probe or wand over the skin. The probe sends sound waves through the body, which cause internal organs to vibrate slightly and ...

You might feel a little pressure as the sonographer presses the probe against your skin and moves it around. Tell them if this is uncomfortable. You may also have an internal vaginal ultrasound ...

During the past five years several tiny internal ultrasound-imaging probes have been developed that offer a significant advantage over X- rays. The acquisition of only two-dimensional images by ...

A small ultrasound sticker ... a handheld probe or wand over the skin. The probe sends sound waves through the body, which cause internal organs to vibrate slightly and send waves out in return.

Existing ultrasound elastography probes measure shear waves ... The probe sends sound waves through the body, which cause internal organs to vibrate slightly and send waves out in return.