Sonus Microsystems is unveiling the subsequent technology of ultrasound know-how, delivering distant diagnostic imaging, with out the necessity to go to a clinic or hospital. Born on the College of British Columbia, Sonus is creating the instruments wanted to show distant diagnostic imaging and monitoring right into a actuality. The group is led by 4 Ph.D.s with 100 years of mixed expertise in ultrasound, nanotechnology and semiconductors – Hani Eskandari, Carlos D. Gerardo, Robert Rohling and Edmond Cretu.
Ultrasound units and companies, a virtually $100 billion market, are considerably rising in functions throughout medical, therapeutic, surgical, and diagnostic tools. Sonus Microsystems is got down to redefine the ultrasound panorama, enabling new prospects in ultrasound imaging which can be past the attain of typical applied sciences.
The stagnant improvement of ultrasound transducers over the previous a number of many years poses challenges within the medical sector, the place ultrasound imaging largely is determined by sonographers’ experience who manually carry out scanning and measurement – a ability requiring a number of years of coaching. At present’s ultrasound transducers are nonetheless constructed leveraging the identical piezoelectric know-how from 70 years in the past and face enduring limitations. This stagnation in transducer improvement impedes the introduction of modern designs and functions, stressing the necessity for versatile, high-performance and cost-effective options to faucet the total potential of ultrasound know-how.
In 2018, Evan Nisselson forecasted that over the subsequent decade, healthcare will likely be doctor-directed, patient-oriented and powered by visible applied sciences: “Visible information seize will likely be finished with smaller, easier-to-use units, permitting imaging to maneuver out of the radiology division and into the working room, the pharmacy and your lounge.”
