This will permit more frequent and therefore more effective preventive checks for tumors with a simultaneous thousand-fold reduction in risk typical of higher radiation exposure associated with conventional methods. Using our hardware and software, data obtained by detectors is fed into a fast microcomputer. The software allows full rotation of the developed 3D images. The computer enhances the latent image in much the same manner that images from the Hubble Space Telescope are enhanced to provide sharper, clearer images of the object in view. Preliminary tests of this technology indicate that the accuracy of the data images produced could surpass existing MRI and CT scanning technologies by as much as 20 to 30 times in detail and accuracy, and provide image development in real time, significantly reducing diagnostics errors.
Salitech technology combines a precision, real-time imaging system with low dosage radiation.
This improvement in accuracy will allow for safe diagnostics and treatment of tumors less than 0.5mm in diameter, whereas CT and MRI technology can only detect much larger tumors. For many patients, diagnosis at this late stage offers only a prognosis of how many years they have before they pass away. Diagnosing a tumor as small as 0.5mm means that a cancer may be diagnosed and treated from 7 to 12 years sooner. This increase in successful treatment of soft tissue tumors offers the opportunity for elimination of the cancer before it can metastasize. All company and product names, symbols or logos are trademarks or registered trademarks of their respective holders.