Protein Crystallization under Microgravity Conditions. Analysis of the Results of Russian Experiments Performed on the International Space Station in 2005-2015

Boyko K. M.; Timofeev V. I.; Samygina V. R.; Kuranova I. P.; Popov V. O.; Kovalchuk M. V.

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Protein Crystallization under Microgravity Conditions. Analysis of the Results of Russian Experiments Performed on the International Space Station in 2005-2015

机译：在微重力条件下的蛋白质结晶。 2005-2015年在国际空间站上进行的俄罗斯实验结果分析

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Conditions of mass transport to growing crystals have a considerable effect on the crystal size and quality. The reduction of convective transport can help improve the quality of crystals for X-ray crystallography. One approach to minimizing convective transport is crystallization in a microgravity environment, in particular, in space. The data obtained by our research team in protein crystallization experiments on the International Space Station are surveyed and analyzed.

机译：传质到生长晶体的条件对晶体的尺寸和质量有相当大的影响。对流输运的减少可以帮助提高X射线晶体学晶体的质量。最小化对流输运的一种方法是在微重力环境中，特别是在空间中结晶。我们的研究团队在国际空间站的蛋白质结晶实验中获得的数据进行了调查和分析。

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《Crystallography reports》 |2016年第5期|共12页
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Boyko K. M.; Timofeev V. I.; Samygina V. R.; Kuranova I. P.; Popov V. O.; Kovalchuk M. V.;
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正文语种 eng
中图分类晶体学;
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1. Protein Crystallization under Microgravity Conditions. Analysis of the Results of Russian Experiments Performed on the International Space Station in 2005-2015 [J] . Boyko K. M., Timofeev V. I., Samygina V. R., Crystallography reports . 2016,第5期

机译：在微重力条件下的蛋白质结晶。 2005-2015年在国际空间站上进行的俄罗斯实验结果分析
2. Mosaic spread analysis of Canadian advanced protein crystallization experiment on the Russian space station, Mir [J] . T.-S.Yoon, S.Tetreault, H.E.Bosshard Journal of Crystal Growth . 2001,第1a4期

机译：在俄罗斯空间站Mir进行的加拿大先进蛋白质结晶实验的马赛克扩散分析
3. Comprehensive report on the Auxin Transport space experiment: the analysis of gravity response and attitude control mechanisms of plants under microgravity conditions in space on the International Space Station [J] . Junichi Ueda Biological sciences in space . 2020,第1期

机译：中国悬停传输空间实验的综合报告：国际空间站空间微匍匐条件下植物重力响应与姿态控制机制分析
4. Morphological Evolution of Directional Solidification Interfaces in Microgravity: An Analysis of Model Experiments Performed on the International Space Station [C] . L. Strutzenberg, R. Grugel, R. Trivedi AIAA Aerospace Sciences Meeting and Exhibit . 2005

机译：重力作用下定向凝固界面的形态演化：在国际空间站上进行的模型实验分析
5. Feasibility analysis of large length-scale thermocapillary flow experiment for the International Space Station. [D] . Alberts, Samantha J. 2014

机译：国际空间站大型毛细管热流实验的可行性分析。
6. Microgravity Induces Changes in Microsome-Associated Proteins of Arabidopsis Seedlings Grown on Board the International Space Station [O] . Christian Mazars, Christian Brière, Sabine Grat, -1

机译：微重力诱导国际空间站上种植的拟南芥幼苗的微粒体相关蛋白变化
7. Comprehensive report on the Auxin Transport space experiment: the analysis of gravity response and attitude control mechanisms of plants under microgravity conditions in space on the International Space Station [O] . Junichi Ueda 2020

机译：中国悬停传输空间实验的综合报告：国际空间站空间微匍匐条件下植物重力响应与姿态控制机制分析

Protein Crystallization under Microgravity Conditions. Analysis of the Results of Russian Experiments Performed on the International Space Station in 2005-2015

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