Биохимический и ультраструктурный анализ аппарата подвижности бактерий и архей
Диссертация
С целью выяснения механизма сборки нитей бактериальных жгутиков изучено изменение конформации флагеллина при переходе его от мономерного состояния к полимерному. Для этого а) проведена химическая модификация флагеллина жгутиков Bacillus brevis var. G.-B. p+ по тирозину, в результате чего получен флагеллин со свойствами интактного белка, но не способный к полимеризацииизучена роль тирозина… Читать ещё >
Содержание
- ОБЗОР ЛИТЕРАТУРЫ. Структура и свойства жгутиков бактерий и архей
- 1. Ультраструктура бактериального жгутика (БЖ)
- 1. 1. Базальное тело БЖ
- 1. 1. 1. Дополнительные компоненты БЖ
- 1. 2. Нить БЖ
- 1. 3. Крюк БЖ
- 1. 4. НАР-белки БЖ
- 1. 5. Структура и экспорт аксиальных компонентов БЖ
- 1. 6. Система генов жгутиковой подвижности бактерий
- 1. 1. Базальное тело БЖ
- 2. Особенности нитей бактериальных жгутиков (НБЖ)
- 2. 1. Самосборка НБЖ
- 2. 2. Полиморфизм НБЖ
- 2. 3. Молекулярное строение НБЖ и их полиморфные переходы
- 2. 4. Сборка НБЖ in vivo
- 3. Структурные белки мотора бактериального жгутика и его функционирование
- 4. Архебактериальные жгутики
- 4. 1. Структура и свойства жгутиков архей
- 4. 2. Первичная структура флагеллинов архей
- 4. 3. Стабильность жгутиков архей
- 4. 4. Предполагаемая модель сборки жгутиков архей
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- Глубокую благодарность приношу академику Скулачеву Владимиру Петровичу за постоянный интерес к проводимым исследованиям жгутиковой подвижности прокариот и большую человеческую поддержку данной работы.
- Искреннюю и глубокую благодарность приношу Всеволоду Васильевичу Круглякову, высокопрофессиональное владение электронномикроскопической техникой которого позволили получить результаты, связанные с использованием этого метода.