Today sonograms can make out even the smallest facial detail of the unborn child. One would think things couldn’t get any clearer. Well, think again. The E10 Ultrasound plans on adding one additional, yet crucial, element to the image of your unborn child: color. The only catch, such as with most things in life, is that this additional element is only available for an additional price. The E10 Ultrasound, designed by GE Healthcare, is truly the future of prenatal care. It’s not just color that this amazing machine can show; it’s able to reveal more about life in the womb than any medical device before it, the NY Daily News reported. “In the past, you could see a flat, two-dimensional image of the fetal profile,” Barbara Del Prince, a global managing director for ultrasound products at GE Healthcare, explained to GE Reports. “But today you can watch their movements in 3D, see a smile or a grimace, glimpse their personality.” According to Medgadget, the Voluson E10 will also have four times the ultrasound pathway, 10 times the data transfer for more speed and higher resolution, and four times the processing power for more flexibility with advanced applications. More importantly, the ultrasound not only gives parents a preview of their child’s personality; it can also give doctors important information about the child’s health. For example, The E10 Ultrasound can give an accurate picture of veins and arteries, allowing doctors to monitor a child’s brain and heart development from as early as the first trimester. It may help doctors to make confident diagnoses sooner,” Del Prince added. An image of a twin pregnancy at 8.5 weeks given by the Voluson E10 ultrasound. Although ultrasound machines, also called sonograms, are most commonly associated with helping pregnant mothers get a glimpse at their unborn children, in reality, the device can actually create images of virtually any organ in the body. The device acts similarly to the bat and dolphin sense of echolocation. It sends out high-frequency waves that reflect off body structure. The computer then translates these waves into an identifiable image for the ultrasound technician. What makes the ultrasound so unique is that unlike the x-ray machine or the CT scan, there are no dangers of radiation exposure after using the device. Ultrasound machines were recently recognized for their effectiveness in initial diagnosis of kidney stones. "It doesn't necessarily say patients should not get a CT scan, but I think the main message is that an ultrasound is the best place to start," Dr. Charles Scales of Duke University Medical Center in Durham toldReuters in reference to ultrasounds for kidney stone detection. source
