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Микробиология, 2022, T. 91, № 6, стр. 666-684

На краю радуги: длинноволновые хлорофиллы и фотосинтетическая адаптация цианобактерий к дальнему красному свету

А. В. Пиневич a, *, С. Г. Аверина a

a Санкт-Петербургский государственный университет
199034 Санкт-Петербург, Россия

* E-mail: Pinevich.A@mail.ru

Поступила в редакцию 25.05.2022
После доработки 11.07.2022
Принята к публикации 12.07.2022

Аннотация

Феномен фотосинтетической адаптации цианобактерий к дальнему красному свету (ДКС; 700‒750 нм) тесно связан с такими фундаментальными вопросами, как фототрофия, микробная экология и разнообразие бактерий. В практическом плане данная биоэнергетическая стратегия важна для биотехнологии фотосинтеза, с перспективой получить доступ к дополнительному ресурсу световой энергии. Как известно, большинство цианобактерий использует свет длиной волны 400‒700 нм; возбужденное состояние поступает от светособирающего комплекса к хлорофиллу a (Хл a) реакционных центров двух фотосистем с красными максимумами поглощения ∼700 нм. После выделения первых штаммов с хлорофиллами d и f выяснилось, что цианобактерии могут использовать и ДКС. В настоящее время получен значительный объем данных о цианобактериях, конститутивно образующих Хл d, а также о тех, которые синтезируют Хл f или Хл f/Хл d при фотоакклиматизации к ДКС (англ. far-red light photoacclimation; FaRLiP). Включение этих пигментов в состав фотосинтетического аппарата, в частности с использованием механизма FaRLiP, повышает адаптационный потенциал и расширяет границы распространения цианобактерий. В обзоре приводятся сведения о фотосинтетическом аппарате с Хл d или Хл d/Хл f, о генном кластере FaRLiP, о разнообразии и филогении цианобактерий с конститутивным или индуцированным синтезом длинноволновых хлорофиллов, об использовании хлорофиллов в качестве хемотаксономического признака и отражении этого признака в номенклатуре цианобактерий.

Ключевые слова: дальний красный свет, кластер FaRLiP, реакционный центр, светособирающий комплекс, фикобилисома, фотоадаптация, фотосинтетический аппарат, хлорофилл d, хлорофилл f, цианобактерии

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