Бен Линч

Грязные гены. «Большая стирка» для вашей ДНК. Как изменить свою наследственность


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в лаборатории – ДНК-центр, Лаборатории Петро-тест. (Прим. ред.)

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      Дефицит фолата приводит к ошибке включения – встраиванию в реплицирующуюся молекулу ДНК некомплементарного матрице нуклеотида, что может привести к повреждению нейронов и развитию онкологических заболеваний. (Прим. авт.)

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      Иногда у одного гена может быть два разных типа ОНП – медленный и быстрый. Каждый вид «грязного» гена создает различные проблемы. В качестве примера таких генов можно привести COMT и MAOA. (Прим. авт.)

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