Взаимодействие поли (ADP-рибоза) полимераз 1 и 2 с ДНК-интермедиатами эксцизионной репарации оснований
Диссертация
PARP1 более эффективно узнает АР-сайты в составе кластерных повреждений, (АР-сайт расположен напротив одного из его аналогов — остаток диэтиленгликоля, декандиола-1,10, или З-гидрокси-2-гидроксиметилтетрагидрофурана) по сравнению с одиночными АР-сайтами, что выражается в большем уровне сшивок ДНК-белок и в большем уровне ингибирования активности АРЕ1. Для PARP2 избирательность во взаимодействии… Читать ещё >
Содержание
- Список сокращений
- Глава 1. Литературный обзор
- 1. 1. Поли (АОР-рибозил)ирование и метаболизм поли (АОР-рибозы)
- 1. 2. Семейство PARP
- 1. 2. 1. PARP, активность которых зависит от повреждений ДНК
- 1. 2. 2. Танкиразы
- 1. 2. 3. Белки PARP, содержащие цинковые пальцы СССН-типа
- 1. 2. 4. PARP, содержащие макродомен
- 1. 2. 5. Другие представители семейства PARP
- 1. 3. Особенности структурной организации PARP
- 1. 4. Роль PARP2 в репарации ДНК
- 1. 5. Роль PARP2 в сохранении целостности гетерохроматина
- 1. 5. 1. Роль PARP2 в сохранении целостности центромерного 30 гетерохроматина
- 1. 5. 2. Роль PARP2 в сохранении целостности теломерного 31 гетерохроматина
- 1. 5. 3. Роль PARP2 в сохранении целостности факультативного 31 гетерохроматина
- 1. 6. Специфические функции PARP2 в процессе дифференцировки
- 1. 6. 1. PARP2 участвует в контроле дифференцировки половых 33 клеток самцов
- 1. 6. 2. PARP2 принимает участие в контроле дифференцировки и 34 морфогенеза
- 1. 6. 3. PARP2 необходима для нормального развития Т- 34 лимфоцитов
- 1. 7. Роль PARP2 в воспалительном ответе
- 1. 8. Перспективы ингибирования PARP
- 1. 9. Апуриновые/апиримидиновые сайты в составе кластерных 40 повреждений ДНК и их репарация
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