News
3D NLS Diagnostics With Metatron 4025 Hunter Of Cholangiocarcinoma In Patients Suffering From Intrahepatic Cholangiectasis
NLS-researches were carried out using “Metatron”- 4025 systems equipped with high-frequency trigger sensor (4.9 GHz), a unit of continuous spiral scanning and a feature of three-dimensional rendering. Acquired data was processed with specialized software “Metatron 4025 Hunter”.
NLS-diagnostics Of Metatron 4025 Hunter And Extrahepatic Biliary Ducts Diseases
Application of NLS-method of Metatron 4025 Hunter increases diagnostics accuracy up to 89% – 98%, which positively affects results of operation treatment.
3D NLS-method Of Metatron 4025 Hunter For Vascular Pathology
Those are by no means all the potentialities of the 3D NLS-method. To sum it up, the 3D NLS-method of Metatron 4025 Hunter is one of the most dynamic techniques and within the next years some new discoveries are likely to be expected of it.
3D NLS-graphy Of Meta Hunter And The Study Of Urinary Bladder Tumors
Goal of the article is to study 3D NLS-research of Meta Hunter possibilities in primary and corrective diagnostics of malignant urinary bladder tumors, examination of complications which develop during NLS-research of urinary bladder and also systematization, correction and supplementation of NLS-semiotics of urinary bladder tumors.
NLS-diagnostics Of Metatron 4025 Hunter And Nasopharynx Cancer
In potentials comparison of various diagnostic methods for detection of widely spread tumor pathology – NPC, positive conclusion on cancer presence was acquired: at otorhinolaryngological examination – in 32.5% of cases, at roentgenography – in 41% of cases, at 3D NLS-graphy – in 86.8 cases of study. Tumor was not detected on the basis of visual pictures of mirror examination – in 38.7% of cases, of NLS-graphic method – in 13.2% of cases. Acquired data clearly demonstrates high information value of 3D NLS-graphy of Metatron 4025 Hunter.
NLS-Technology Development And Metatron 4025 Hunter
First decade of the new century will be marked by considerable extension of NLS-technology’s diagnostic features, first of all by means of new technologies introduction, using computer engineering and alliance with pharmaceutical industry. Such concepts as NLS-ultramicroscopy, non-linear spectral and entropy analysis, high-frequency NLS-therapy will become customary in clinics. Together with development of inexpensive portable digital NLS-systems （Such as Metatron 4025 Hunter）, scope of their application will be extended also; improvement of communication means capabilities will allow to transmit live pictures to medical consulting centers from any place on Earth. Pragmatic market of 3D-visualizing diagnostic technologies will be formed gradually by means of harmless nonionizing methods, allowing to fulfill multiple dynamic researches, i.e. NLS-technologies undoubtedly will come to the fore.