New technique for capturing internal images via fingertip
We may be on the dawn of a new era in medical imaging, according to two just-published peer-reviewed international journals, Kybernetes and Functional Diagnostics.
Researchers found that it is possible to acquire diagnostic-quality visual information about a living organism's structure and disease processes via painless body surface measurements.
According to the studies, living organisms function like a dynamic three-dimensional hologram, called a "biohologram." More than 8,000 patients have been diagnosed using the patented method called BEO-Tomography. Subsequent verification was performed in four thousand cases, demonstrating the method's high sensitivity, particularly, in detecting cancer (greater than 85 percent accuracy).
Researchers found that it is possible to acquire diagnostic-quality visual information about a living organism's structure and disease processes via painless body surface measurements.
According to the studies, living organisms function like a dynamic three-dimensional hologram, called a "biohologram." More than 8,000 patients have been diagnosed using the patented method called BEO-Tomography. Subsequent verification was performed in four thousand cases, demonstrating the method's high sensitivity, particularly, in detecting cancer (greater than 85 percent accuracy).