Genes & CellsGenes & CellsГены и КлеткиGenes and Cells2313-18292500-2562Human Stem Cells Institute12212810.23868/gc122128Historical articlesИсторические статьиResearch ArticleThe centenary of cell biology: lessons for the futureКлеточной биологии - 100 лет: уроки на будущееRepinV. S.РепинВ. С.
Russian Federation

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info@eco-vector.comA.S. Fridenstein Institute of Cell Technologies and Regenerative MedicineНП Институт клеточных технологий и регенерационной медицины им. А.Я. Фриденштейна15092007239171601202316012023Copyright ©; 2007, Eco-VectorCopyright ©; 2007, Эко-Вектор2007Eco-VectorЭко-Векторhttps://genescells.ru/2313-1829/article/view/122128

Summing up the main events, discoveries and scientists within the «Cell Biology XX», the following topics are highlighted: 1) The beginning of cell biology and the epoch of vitalism - the impact of J. Loeb, R. Harrison, A. Carrel, T. Morgan and D.H. Wilson; 2) from cell ultrastructure to the concept of cell compartmentalization; 3) the beginning of systemic system biology and bioinformatics; 4) recombinant molecular cell biology; 5) developmental cell biology; 6) cell behavior in vitro and in situ; 7) organ and cell transplantation - the impact into basic cell biology; 8) post-genomic gigabyte cell biology: hurdles and limits for the next round of progress; 9) from molecular biology to modular biology; 10) the leading role of a new mega - international project in the XXI century.

Подводя итог главных событий, открытий и ученых в пределах «Клеточной биологии XX века», следующие темы выдвинуты на первый план: 1 ) начало клеточной биологии и эпоха витализма, связанные с именами Ж. Леба, 3. Гаррисона, А. Карреля, Т. Моргана и Д.Х. Вильсона; 2) движение от концепции ультраструктуры к идее компартментализации клетки; 3) начало системной биологии и биоинформатики; 4) рекомбинантная молекулярная клеточная биология; 5) клеточная биология развития; 6) поведение клетки in vitro и in vivo; 7) клеточная биология и трансплантация органов; 8) постгеномная клеточная биология: препятствия и пределы для следующих этапов прогресса; 9) от молекулярной биологии до модульной биологии; 10) ведущая роль новых мега-проектов в XXI веке.

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