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Авторы RU

Аннотация RU
<div>Приведён анализ публикаций по проблеме бабезиоза человека и животных, представлены результаты рекогносцировочных исследований по поиску очагов бабезиоза в Иркутской области. ДНК бабезий обнаружена в клещах двух видов (<i>I</i><i>. </i><i>persulcatus</i><i>, </i><i>H</i><i>.</i><i> с</i><i>oncinna</i>) на территории трёх районов Иркутской области: Эхирит-Булагатского, Иркутского, Шелеховского. В клещах <i>D</i><i>. </i><i>nuttalli</i>ДНК бабезий не обнаружена. Проведён анализ нуклеотидных последовательностей гена 18S рРНК длиной 1220 п. о. 15 образцов бабезий. Показано, что выявленные последовательности бабезий в клещах <i>H</i><i>. с</i><i>oncinna</i> и <i>I</i><i>. </i><i>persulcatus</i> генетически наиболее сходны с патогеном овец <i>Babesia crassa, </i><i>B</i><i>. </i><i>motasi</i><i>.</i> В клещах <i>I</i><i>. </i><i>persulcatus</i> выявлены такженуклеотидные последовательности, генетически схожие с бабезиями <i>B</i><i>.</i><i> microti</i>Us-type и <i>B</i><i>. </i><i>venatorum</i>, патогенными для человека. В Шелеховском районе обнаружен образец, нуклеотидные последовательности которогосущественно отличаются от всех известных (менее 95 % гомологии).</div>

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Литература RU
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Название EN

Авторы EN

Аннотация EN
<div>The article provides the analysis of the scientific literature on a problem of human and animal babesiosis and presents the results of <span>revealing <i>Babesia</i> infections in Irkutsk region. DNA of babesia was found in ticks of two species (<i>I. persulcatus</i>, <i>H. сoncinna</i>) in the territory of three districts of Irkutsk region: Ekhirit-Bulagatsky, Irkutsky, and Shelekhovsky. <i>D. nuttalli</i> does not have babesia DNA. </span><em>Nucleotide sequence</em> analysis of 18S rRNA gene <span>(approximately </span><em>1,220 bp</em>) was carried out in the 15 samples of babesia. The results showed that babesia sequences found in <span>ticks of <i>H. сoncinna</i> and <i>I. persulcatus</i> are genetically similar to a sheep pathogen of <i>Babesia crassa</i> and <i>B.</i> <i>motasi</i>. Also <i>I. persulcatus</i> ticks have nucleotide sequences that are genetically similar to <i>B. microti Us-type</i> and <i>B. venatorum</i>, pathogenic for the human. In the Shelekhovsky district the sample whose nucleotide sequences significantly differ from all known (less than 95 % of homology) was found. </span></div>

Ключевые слова EN

Литература EN