Neutron structure of monoclinic lysozyme crystals produced in microgravity

Joseph X.Ho; jean-Paul Declercq; Dean A.A.Myles

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Neutron structure of monoclinic lysozyme crystals produced in microgravity

机译：微重力产生的单斜溶菌酶晶体的中子结构

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Crystals of the monoclinic form of lysozyme (space group P_2_1 with a =28.00 A, b=62.88A, c=60.30A, β=90.68deg) were grown under microgravity conditions on the Mir station and brought back to earth on the US Space Shuttle. Counter-diffusion methods developed specifically for application in microgravity have been utilized to produce Several examples of macroscopic crystals. Large crystals are of great importance for neutron diffraction studies of Bio-macromolecules, which can reveal key details of the hydrogen atom structure of biological molecules at Medium resolution.

机译：溶菌酶（a = 28.00 A，b = 62.88A，c = 60.30A，β= 90.68deg的空间群P_2_1）的单斜晶形式的晶体在微重力条件下在Mir站上生长，并在美国太空中带回地球。穿梭。专为微重力应用而开发的反扩散方法已用于生产宏观晶体的几个例子。大晶体对于生物大分子的中子衍射研究非常重要，它可以在中等分辨率下揭示生物分子氢原子结构的关键细节。

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《Journal of Crystal Growth》 |2001年第4期|p.317-325|共9页
作者
Joseph X.Ho; jean-Paul Declercq; Dean A.A.Myles;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
原文格式 PDF
正文语种 eng
中图分类晶体学;
关键词
Microgravity conditions; Neutron diffraction; Monoclinic lysozyme crystal;

机译：微重力条件;中子衍射;单斜溶菌酶晶体;

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1. Crystal structures of monoclinic variants of two SFCA structure-types containing significant Fe2+: crystal structure of monoclinic SFCA-II, Ca2.6Fe8.03+Fe3.42+Al4O24; and proposed crystal structure of monoclinic SFCA-I, ideally, Ca2Fe82+Fe83+Al4O28 [J] . Mumme William G., Gable Robert W. Neues Jahrbuch fur Mineralogie, Abhandlungen . 2018,第2期

机译：含有显着Fe2 +的两个SFCA结构类型的单斜晶体变体的晶体结构：单斜斜晶SFCA-II的晶体结构，Ca2.6Fe8.03 + Fe3.42 + Al4O24; 并提出的单斜晶晶体结构，理想情况下，Ca2Fe82 + Fe83 + Al4O28
2. Crystal structures of monoclinic variants of two SFCA structure-types containing significant Fe2+: crystal structure of monoclinic SFCA-II, Ca2.6Fe8.03+Fe3.42+Al4O24; and proposed crystal structure of monoclinic SFCA-I, ideally, Ca2Fe82+Fe83+Al4O28 [J] . Mumme William G., Gable Robert W. Neues Jahrbuch fur Mineralogie, Abhandlungen . 2018,第2期

机译：含有显着Fe2 +的两个SFCA结构类型的单斜晶体变体的晶体结构：单斜斜晶SFCA-II的晶体结构，Ca2.6Fe8.03 + Fe3.42 + Al4O24; 并提出的单斜晶晶体结构，理想情况下，Ca2Fe82 + Fe83 + Al4O28
3. Impurity effects of lysozyme molecules specifically labeled with a fluorescent reagent on the crystallization of tetragonal and monoclinic lysozyme crystals [J] . Matsui T, Sazaki G, Hondoh H, Journal of Crystal Growth . 2006,第2期

机译：用荧光试剂标记的溶菌酶分子的杂质作用对四方和单斜溶菌酶晶体的结晶
4. An Investigation of the Perfection of Lysozyme Protein Crystals Grown in Microgravity and on Earth [C] . J. R. Helliwell, E. Snell, S. Weisgerber European Symposium on Gravity Dependent Phenomena in Physical Sciences . 1996

机译：在微匍匐和地球上生长的溶菌酶蛋白质完美的研究
5. The crystal structure of phenoxazinone synthase produced by Streptomyces antibioticus and the crystallization and x-ray analysis of the binary toxin produced by Bacillus sphaericus. [D] . Smith, Alex W. 2004

机译：抗生素链霉菌产生的苯恶嗪酮合酶的晶体结构以及球形芽孢杆菌产生的二元毒素的结晶和X射线分析。
6. Effects of protein-crystal hydration and temperature on side-chain conformational heterogeneity in monoclinic lysozyme crystals [O] . Hakan Atakisi, David W. Moreau, Robert E. Thorne -1

机译：蛋白质晶体的水合作用和温度对单斜溶菌酶晶体侧链构象异质性的影响
7. Dissolution Rate of Hen Egg-White Lysozyme Crystal Under Microgravity [O] . Nobuo NIIMURA, Kazuo KURIHARA, Mitsuo ATAKA 2001

机译：母鸡蛋白溶菌酶晶体晶体在微枝下的溶出速度
8. Spin P-Symmetry of Magnetic Crystals. Monoclinic and Orthorhombic Structures [R] . Kucab, M., Koptsik, V. A. 1977

机译：磁晶体的自旋p对称性。单斜和正交结构

Neutron structure of monoclinic lysozyme crystals produced in microgravity

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