Исследование активности тобамовирусных участков внутренней инициации трансляции в различных растительных системах
Tanaka Т., Nishihara M., Seki M., Sakamoro A., Tanaka K., Irifune K., Morikava H. 1995. Successful expression in pollen of various plant species of in vitro synthesized mRNA introduced by particle bombardment. // Plant Mol. Biol., 28, 337−341. Ali N. and Siddiqui A. 1995'. Interaction of polypyrimidine tract-binding protein with the 5'noncoding region of the hepatitis С virus RNA genome and its… Читать ещё >
Содержание
- Список используемых сокращений
- I. Введение
- II. Обзор литературы
- II. 1. Принципы инициации трансляции в растениях
- 11. 2. Сканирующая модель инициации трансляции
- II. 2.1. Кэп- и поли (А)-зависимая инициация трансляции. 13 И.2.2. Инициаторный кодон и его контекст
- 11. 2. 2. 1. Механизм сканирования с пропусканием инициаторного код она
- 11. 2. 2. 2. Терминация — реинициация
- 11. 2. 2. 1. Механизм сканирования с пропусканием инициаторного код она
- II. 2.3.1. Нелинейное сканирование (шунтирование)
- 11. 3. 1. Фактор-зависимая внутренняя инициация трансляции
- 11. 3. 2. Фактор-независимая внутренняя инициация трансляции
- 11. 3. 3. Механизм комплементарного взаимодействия IRES и 18S рРНК
- 11. 4. 1. Внутренняя инициации трансляции, обеспечиваемая последовательностями из генома тобамовирусов
- 11. 4. 2. Внутренняя инициация трансляции в растениях -биологическое значение
- IV. 1. Исследование активности IRES из РНК ВТМ U1 и кр
- IV. 2. Изучение активности IRES-последовательностей из генома кр-ВТМ в трансгенных растениях N. tabacum
- IV. 3. Исследование влияния области внутренней посадки рибосом на инфекционность ВТМ
Исследование активности тобамовирусных участков внутренней инициации трансляции в различных растительных системах (реферат, курсовая, диплом, контрольная)
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