Titlebook: Biotechnology in Space; Günter Ruyters,Christian Betzel,Daniela Grimm Book 2017 The Author(s) 2017 Biotechnology in space.Cell biology in

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2196-5560 nterest to scientists with focus on protein sciences, crystallization, tissue engineering, drug design and cancer research..978-3-319-64053-2978-3-319-64054-9Series ISSN 2196-5560 Series E-ISSN 2196-5579

Debrief

Biotechnology, Cell Biology and Microgravity,very and design. Cell biological research in space provided a better understanding of the physiological functioning of cells and organisms and led to applications in tissue engineering such as the growth of bone, cartilage and artificial vessels. Also, cancer research has benefitted from cell resear

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Infinite Dimensional Toda Systems,very and design. Cell biological research in space provided a better understanding of the physiological functioning of cells and organisms and led to applications in tissue engineering such as the growth of bone, cartilage and artificial vessels. Also, cancer research has benefitted from cell resear

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Infinite Dimensional Toda Systems,nd knowing that most biomolecules require and appreciate growth periods longer than the duration of a typical shuttle mission of 7–10 days, opportunities to perform crystallization experiments on ISS are very attractive.

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Infinite Dimensional Toda Systems,contribute to an optimization of three-dimensional tissue growth on different microgravity platforms and to the understanding of scaffold-free tissue engineering. Additionally, these constructs provide an efficient tool for downstream experiments such as drug testing and could be used as a replaceme

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