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Advances in Medical Ultrasound Technology

Posted: 3:20 PM, Dec 07, 2018
Updated: 2018-12-10 18:03:13-05

Due to perceptions, tools, and established practices, the healthcare system does not always offer equal treatment for the rising population of patients with a high Body Mass Index (BMI). Often out of embarrassment or fear of stigma, people with high BMIs choose not to seek regular medical screenings and are, therefore, more likely to have undiagnosed medical conditions. In some instances, healthcare providers do not have diagnostic devices designed for extra weight or body mass.

In particular, ultrasound systems, one of the most widely-used imaging devices and key enabler of precision medicine, are most affected by extra body mass. Ultrasound systems work by emitting high-frequency sound waves to create images of organs and structures in a patient’s body. These soundwaves are affected by a patient’s size, weakening as they travel through increased depths of tissue. For this reason, ultrasound scans on patients with high BMIs do not produce images with the same clarity as those of patients with a normal BMI. In turn, this often means a patient has to be re-scanned because the original image captured cannot provide a clinician with enough detail for a thorough or accurate diagnosis. Repeat scans may lead to increased patient anxiety and possibly higher medical costs due to multiple visits.

In order to address these unmet needs of both physicians and patients, Siemens Healthineers developed the new ACUSON Sequoia ultrasound system, which provides clinicians the ability to scan all patients with high accuracy and image quality, regardless of BMI.