Malignant neoplasms of uterine neck have leading positions and considered to be the main reasons in structure of oncological morbidity and mortality reasons in the world. Carcinoma of uterine cervix (CUC) holds 4th place in prevalence after cancer of stomach, respiratory organs and skin. In spite of mass prophylactic check-ups with use of cytological screening, morbidity rate of invasive carcinoma of uterine cervix decrease slowly. Thereupon precise evaluation of diseases extension becomes very important issue – without it is very hard to choose adequate therapy. Nowadays, in order to fulfill this requirement, not only various invasive diagnostic methods are used, but we see more and more cases of NLS-research using. Thanks to rather high information value, non-invasive basis, absence of radiation stress and feature of multiple uses NLS-research becomes quite widespread as the most economical, simple and at the same time reliable method of small pelvis organs evaluation.

    However detection of uterine neck pathology by NLS-method is still a controversial and unexplored issue. Due to active development of computer technologies and introduction of three-dimensional NLS-research by metatron hunter 4025, we face insistent need in revision of previously described potentials of NLS-graphy, which were based on results of two-dimensional studies only.

    Taking into consideration that operative treatment of patients suffering from invasive forms of uterine cervix carcinoma is impossible, we can correlate data acquired with NLS and MR imaging by evaluation of tumor sizes, its borders and diseases extension, in order to check accuracy of NLS-researches results.