Not exact matches
The team that included Gary Baker, an assistant professor of chemistry in the MU College of Arts and Science and Gerardo Gutierrez - Juarez, a professor and investigator at the University of Guanajuato in Mexico, decided to supplement an emerging technique called
photoacoustic (PA) spectroscopy, a specialized optical technique that is
used to probe tissues and cells non-invasively.
Using ultrasound detectors, researchers can map these
photoacoustic signals and identify the locations of lesions.
The study entitled «Feasibility of
photoacoustic / ultrasound imaging of synovitis in finger joints
using a point - of - care system» was conducted and published by Pim van den Berg, Khalid Daoudi and Wiendelt Steenbergen from the University of Twente research institute MIRA in cooperation with rheumatologist Hein Moens of Ziekenhuis group Twente.
Through the development of a technique called
photoacoustic tomography, Wang was able to conquer this limit and advance the imaging depth by nearly two orders of magnitude, from one millimeter to several centimeters, an improvement that could enable doctors to acquire high - resolution images through a patient's skin
using light.
The second technique,
photoacoustic imaging,
uses an infrared laser that, when absorbed by blood, heats it.
Physicians would administer the
photoacoustic molecules to the patient, either by injecting into a vein or directly to a tumor site, then
use the modified ultrasound machine to visualize the area of interest.