Metatron 4025 Hunter Device Use The Oncological Processes Diagnostics

Matrix consists of voxels which have equal or nearly equal edges (have cubic shape). The resolution along axial and longitudinal plane is equal which permits building-up of factual two- and three-dimensional conversions of examined area at the end of examination. NLS application in clinical practice allowed significant increasing of angiographic studies which are based on selected anatomical area scanning at the moment of vessels contrast medium bolus passing. In combination with various methods of virtual transformations it allows studying vessels inner lumen, thrombus exposure; oversee vessels and pathological neoplasms relations. There are virtual NLS-scopy technologies that intensively applied in oncological practice particularly colonoscopy, angioscopy, bronchoscopy, perirhinal sinus endoscopy and so on. NLS rapid evolvement is characterized by the systems with brand new software («Metatron 4025 Hunter» program). The main tendency here is in gathering information time decrease for making adequate researches. The other NLS line of development is Z-series scanners using of which allow several anatomical areas examination in the course of single research lasting 10-15 minutes. The most demonstrative in that case is the whole organism NLS-research, which is aimed at primary tumor search or individual metastatic organ or tissue affection. NLS significance constantly increases thanks to equipment upgrade and oversee of functional condition and various organs and systems standard medications. At present time oncology along with cardiology turns up to be this technology’s one of the main supplementary positions. Numerous researches such as those of prospective and retrospective methods have shown that NLS appears to be one of the most effective ways to reveal malignant tissue. If sensitivity and specificity indexes CP and MRT make up in total 60-90% of different localization neoplasms exposure, then similar NLS indexes practically in all researches exceed 80%. At the same time minimal pathological neoplasm sizes that were revealed by NLS were 0,3-0,5 mm. NLS has base value in differential diagnostics of cancerous and non- cancerous growths, primal tumor exposure in cases with various organs and tissues metastasis affection, prevalence of primal tumor determination while having unknown metastasis in regional glands and distant organs. In all abovementioned clinical cases NLS’ self-descriptiveness turns up to be beyond of all morphological visualizations of traditional technologies. Main NLS disadvantage is as in most hardware methods is difficulty of exposed pathological growths precise topical diagnostics, impossibility of tumor and its surrounding tissues and organs relations determination. For this purpose they use CT nowadays. The appearing of combined NLS/CT using has become natural which allows making two researches practically simultaneous with following anatomical CT and virtual NLS-images color registration. Expediency of this concept in diagnostics is widely argued now.
Thus NLS-diagnostic modern technologies have high profile in oncological practice providing precise and timely data concerning tumor process presence and prevalence.


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