Перспектива применения веществ антикворума как альтернатива антибиотикотерапии в животноводстве (обзор)

Перспектива применения веществ антикворума как альтернатива антибиотикотерапии в животноводстве (обзор)

Автор: Кондрашова К.С., Косян Д.Б., Атландерова К.Н., Лебедев С.В.

Журнал: Сельскохозяйственная биология @agrobiology

Рубрика: Обзоры, проблемы

Статья в выпуске: 6 т.55, 2020 года.

Бесплатный доступ

Частое применение антибиотиков в современном животноводстве грозит расширением спектра антибиотикорезестентных бактерий. Один из механизмов, ответственных за этот процесс, - кворум сенсинг (Quorum sensing, QS). Для его реализации бактерии используют специальные сигнальные молекулы для обмена информацией - аутоиндукторы (A.A. Miller с соавт., 2011). Благодаря изучению описываемого механизма стало известно о существовании веществ, выступающих в роли ингибиторов Quorum sensing (гасители кворума) (B. Rеmy с соавт., 2018), что сделало такие исследования еще более актуальными (J. Bzdreng с соавт., 2017). В своем обзоре мы обобщили современные данные о поиске и разработке таких биологически активных соединений, способных стать альтернативой антибиотическим препаратам, применяемым в сельском хозяйстве. Среди них можно выделить бактериальные ферменты (АГЛ-лактоназы, АГЛ-ацилазы, декарбоксилазы и дезаминазы), способные деградировать сигнальные аутоиндукторы кворум сенсинга (V.C. Kalia с соавт., 2011), а также a-амилазы, b-глюканазы, липазы и протеазы, способствующие разрушению биопленки (R. Sharma с соавт., 2001). Антимикробными свойствами также обладают ферменты животных - ацилаза I (D. Paul с соавт., 2010), параоксоназа (J.F. Teiber с соавт., 2008), лактоназа; ферменты растений - лакказа (R. Al-Hussaini с соавт., 2009), аллииназа, тиолзависимый фермент и лактоназа, выделенные из чеснока и лекарственных растений (A. Adonizio с соавт., 2008); ферменты морских организмов - бромопероксидаза из водорослей Laminaria digitata (а также галогенированные фураноны из Delisea pulchra ) и альгинатные лиазы, обнаруженные в водорослях, беспозвоночных и морских микроорганизмах (S.A. Borchardt с соавт., 2001; М. Manefield с соавт., 2000). Можно также отметить антимикробные пищеварительные ферменты, используемые в качестве кормовых добавок, - фитазу (O. Adeola с соавт., 2011), ксиланазу и лизоцим (G. Cheng с соавт., 2014). Перспективными представляются исследования фитобиотиков и эфирных масел в качестве ингибиторов кворум сенсинга (В.И. Фисинин с соавт., 2018). Их ингибирующая способность проявляется благодаря сходству химической структуры некоторых растительных экстрактов и ацил-гомосерин-лактона и инактивации сигнальных молекул (R. Chevrot с соавт., 2006; F. Nazzaro с соавт., 2013). Кроме того, в качестве альтернативы рассматривается комбинированное воздействие антимикробных препаратов, которое способно дать синергетический эффект за счет разнообразия механизмов, необходимых для преодоления рецидивирующей бактериальной коммуникации и уничтожения персистирующих клеток. В состав таких полипрепаратных коктейлей может включаться сочетания антибиотиков с природными соединениями. Показана эффективность комбинации тобрамицина и некоторых растительных экстрактов (циннамальдегида и гидрата байкалина) против Burkholderia cenocepacia и Pseudomonas aeruginos (G. Brackman с соавт., 2011), широкого спектра антибиотиков - аминогликозидов (T.H. Jakobsen с соавт., 2012; M. Stenvang с соавт., 2016), хинолонов (Q. Guo с соавт., 2016), полипептидных антибиотиков (A. Furiga с соавт., 2016; Z.P. Bulman с соавт., 2017), цефалоспоринов и гликопептидов (D. Maura с соавт., 2017) и различных ингибиторов кворум сенсинга.

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Кворум сенсинг, антибиотки, резистентность, бактерии, растительные экстракты, ферменты

Короткий адрес: https://sciup.org/142229442

IDR: 142229442   |   DOI: 10.15389/agrobiology.2020.6.1073rus

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