СПОСОБ И АВТОМАТИЗИРОВАННОЕ УСТРОЙСТВО ДИАГНОСТИКИ ЗАБОЛЕВАНИЙ ЖЕНСКОЙ МОЧЕПОЛОВОЙ СИСТЕМЫ, В ЧАСТНОСТИ ГОНОРЕИ, ИНФИЦИРОВАННЫХ ГЕНАМИ БАКТЕРИИ NDM-1 И ИХ МУТАЦИЯМИ
1. A method for diagnosing diseases of the female urogenital system, particularly gonorrhea infected genes NDM-1 bacteria and their mutations, characterized in that it comprises exposure to UV radiation for gene probing samples bacteria NDM-1 and mutations and mucous patient, subsequent analysis of the secondary fluorescent luminescence, wherein the multiple pre-measured sets of values of levels of the spectral components of the secondary fluorescent emission from calibration samples genes bacteria NDM-1 and mutations (pathology and its types) not infected NDM-1 mucosal patients (norm) determine together the received spectral components of level values of the pathology type and rate as diagnostic criteria for each survey mucosal patient in real time similarly repeatedly measured set of spectral components of level values of the secondary fluorescent emission obtained aggregate levels values of the spectral components of the secondary fluorescent emission as a spectral image alternately is compared with the previously obtained diagnostic criteria of norms and types of pathology are the closest approximation to one of the diagnostic criteria, which determines diagnoz.2. Automated apparatus for the diagnosis of diseases of the female urogenital system, particularly gonorrhea, infected bacteria genes NDM-1 and mutations, characterized in that it comprises structurally combined with the lighting channel and the eyepiece lens and the instrument channel of the hysteroscope, the two groups of optical fibers, sound control group1. Способ диагностики заболеваний женской мочеполовой системы, в частности гонореи, инфицированных генами бактерии NDM-1 и их мутациями, отличающийся тем, что включает воздействие УФ зондирующим излучением на образцы генов бактерии NDM-1 и их мутаций и слизистую больной, последующий анализ вторичного флуоресцентного свечения, причем предварительно многократно измеряют совокупности значений уровней спектральных составляющих вторичного флуоресце
