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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https://doi.org/10.1007/978-3-319-64054-9Biotechnology in space; Cell biology in space; Protein crystallization; Tissue Engineering; Drug design;

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Biotechnology in Space978-3-319-64054-9Series ISSN 2196-5560 Series E-ISSN 2196-5579

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Biotechnology, Cell Biology and Microgravity,e distribution and evolution of life and still does so. To fully understand its importance, experiments under space conditions, i.e. in the absence of gravity, have been performed since the advent of spaceflight in the middle of the last century. Projects in biotechnology and cell biology are in the

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Protein Crystallization on the International Space Station ISS,e missions or unmanned orbiters, will be beneficial for the majority of microgravity protein crystal growth experiments. Beside preceding intensive efforts to adjust and optimize crystallization conditions to meet the microgravity time span of orbiters flight duration, video imaging of some experime

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Tissue Engineering in Microgravity,ing but also in non-therapeutic approaches..In the course of several space flight missions as well as ground-based experiments, it has been shown that both real and simulated microgravity can induce the formation of three-dimensional tissues in different human cell types. Apart from scaffold-based a

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