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The hydra model system

机译:hydra模型系统

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摘要

The freshwater Hydra polyp emerged as a model system in 1741 when Abraham Trembley not only discovered its amazing regenerative potential, but also demonstrated that experimental manipulations pave the way to research in biology. Since then, Hydra flourished as a potent and fruitful model system to help answer questions linked to cell and developmental biology, as such as the setting up of an organizer to regenerate a complex missing structure, the establishment and maintainance of polarity in a multicellular organism, the development of mathematical models to explain the robust developmental rules observed in this animal, the maintainance of stemness and multipotency in a highly dynamic environment, the plasticity of differentiated cells, to name but a few. However the Hydra model system is not restricted to cell and developmental biology; during the past 270 years it has also been heavily used to investigate the relationships between Hydra and its environment, opening new horizons concerning neurophysiology, innate immunity, ecosystems, ecotoxicology, symbiosis.
机译:1741年,亚伯拉罕·特兰伯利(Abraham Trembley)不仅发现了其惊人的再生潜能,而且还证明了实验手段为生物学研究铺平了道路,淡水Hydra息肉作为模型系统出现了。从那时起,Hydra蓬勃发展,成为有效且富有成果的模型系统,可帮助回答与细胞和发育生物学相关的问题,例如建立组织者以再生复杂的缺失结构,在多细胞生物中建立和维持极性,数学模型的发展可以解释在这种动物中观察到的强大的发育规律,在高度动态的环境中保持干性和多能性,分化细胞的可塑性等。但是,Hydra模型系统不仅限于细胞和发育生物学。在过去的270年中,它还被大量用于研究九头蛇及其周围环境之间的关系,从而为神经生理学,先天免疫,生态系统,生态毒理学,共生打开了新视野。

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