Молекулярная биология клетки. Том 1. Молекулярная биология клетки 2Molecular Bruce Alberts, Dennis Bray,Biology
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Whatley f. M., John P., Whatley F. R. From extracellular to intracellular: the establishment of mitochondria and chloroplasts. Proc. R. Soc. Lond. (Biol.), 204, 165-187, 1979. 62. von Heijne G. Why mitochondria need a genome. FEBS Lett., 198, 1-4, 1986. 508 Оглавление Предисловие редактора перевода 5 Предисловие ко второму изданию 6 Предисловие к первому изданию 7 Примечание для читателей 9 1. Эволюция клетки 12 1.1. От молекул - к первой клетке 13 1.2.13. Генетический материал эукариотических клеток упакован очень сложно 40 Заключение 41 1.1.1. Простые биологические молекулы могут образовываться в пребиотических условиях 13 1.3. От клеток - к многоклеточным организмам 41 1.1.2. Полинуклеотиды способны направлять собственный синтез 13 1.3.1. Одиночные клетки способны объединяться и oбразовывать колонии 42 1.1.3. Самореплицирующиеся молекулы подвержены естественному отбору 15 1.3.2. Клетки высших организмов становятся специализированными и взаимозависимыми 43 1.1.4. Специализированные молекулы РНК могут катализировать биохимические реакции 16 1.3.3. В основе многоклеточной организации лежит взаимодействие клеток 44 1.1.5. Информация передается от полинуклеотидов к полипептидам 17 1.1.6. Первая клетка окружает себя мембраной 19 1.3.4. Эпителиальные слои клеток окружают защищенную от внешних воздействий внутреннюю среду организма 44 1.1.7. Все современные клетки используют ДНК в качестве наследственного материала 20 Заключение 21 1.3.5. Межклеточные коммуникации определяют пространственное строение многоклеточных организмов 46 |