International Journal of Microgravity Science and Application 目次

International Journal of Microgravity Science and Application　目次
Vol. 34 No. 1 2017
編集責任者：田仲広明，高橋幸子，石川　毅彦，永井　秀明，東辻　浩夫
巻　頭　言
高品質タンパク質結晶生成宇宙実験立ち上げの思い出
白木　邦明
340101
編集責任者：田仲広明，高橋幸子
特集：宇宙における高品質タンパク質結晶化技術の伝承と可能性
1）宇宙における高品質タンパク質結晶化技術の伝承
(解説）
平成26年度採択地球観測技術等調査研究委託事業「高品質蛋白質結晶化技術の
宇宙科学研究拠点形成」について：宇宙科学研究拠点形成の取り組み
裏出良博
340102
(解説）
宇宙環境を利用したタンパク質結晶化実験の技術的背景
高橋　幸子・田仲広明
340103
(解説）
構造解析向けタンパク質結晶化宇宙実験に必要な実験技術
伊中　浩治・高橋幸子・田仲広明
340104
2)　宇宙における高品質タンパク質結晶化実験により得られた成果と今後の可能性
(解説）
宇宙結晶からの高分解能Ｘ線結晶構造解析のための技術開発
東浦　彰史・中川　敦史
340105
(原著論文）
[NiFe]ヒドロゲナーゼの中性子結晶解析に向けての良質大型単結晶の調製
西川幸志・樋口芳樹
340106
(解説）
宇宙における高品質タンパク質結晶化技術の伝承と可能性
吉田　尚史・朴　三用
340107
(解説）
水素原子の可視化を目指したセルラーゼの大型結晶作製
立岡美夏子・中村彰彦・石田卓也・高橋幸子・厳斌
田仲広明・古林直樹・伊中浩治・五十嵐圭日子・鮫島正浩
(解説）
実用的オリゴ糖合成の可能性を秘めた糖質関連酵素の立体構造
340108
伏信　進矢
340109
編集責任者：石川　毅彦，永井　秀明
特集：GHFを用いた半導体結晶育成
(解説）
Alloy Semiconductor実験総括
稲富裕光・早川泰弘・岡野泰則・石川毅彦
340110
(解説）
Effects of Gravity and Crystal Orientation on the Growth of InGaSb Ternary Alloy
Semiconductors - Experiments at the International Space Station and on EarthY. HAYAKAWA, V. N. KUMAR, M. ARIVANANDHAN, G. RAJESH, T. KOYAMA,
Y. MOMOSE, K. SAKATA, T OZAWA, Y. OKANO and Y. INATOMI
340111
(解説）
国際宇宙ステーションを利用した均一組成SiGe結晶の育成　(1) Hicariプロジェクト総括
荒井　康智・木下恭一・稲富裕光・塚田隆夫
340112
(解説）
国際宇宙ステーションを利用した均一組成SiGe結晶の育成
(2) Traveling Liquidus Zone (TLZ)法による育成実験と微小重力効果
木下恭一・荒井康智・稲富裕光・塚田隆夫
340113
特集：Proceedings of 6th International Symposium on Physical Sciences in Space (ISPS-6) Part 4
September 14-18, 2015 at Doshisha University, Kyoto, Japan
編集責任者：石川　毅彦，東辻　浩夫
Part 4 concludes Proceedings of ISPS-6: Parts 1, 2, and 3 have been published in Vol. 33, Nos. 2, 3, and 4, respectively. We
thank all the contributors for submitting their manuscripts and members of Program Committees listed in previous Parts for
their help in peer-reviewing.
16So-2
Towards Controlling of Surfactant Foam Production in Space (Original Paper)
M. FAQIRYAR, Y. MASUMOTO, K. URUSHIBARA, A. YAMADA, A. ISE and Y. MORI
340114
17Cr-1K
The Critical Growth Rate for Particle Incorporation during the Directional Solidification of
Solar Silicon under Microgravity (Original Paper)
T. SORGENFREI, T. JAUSS, A. CRÖLL,C. REIMANN, J. FRIEDRICH and M. VOLZ
17Cr-4
340115
Growth and Characterization of Doped Ge Crystals under µg and 1 G to Investigate the
Influence of Different Convection Types (Original Paper)
T. SORGENFREI, A. HESS, J. ZÄHRINGER, A. DANILEWSKY, A. CRÖLL, A. EGOROV and
A. SENCHENKOV
18Cr-6
編集委員長
編集委員
発行日
発行者
340116
Do We Need Microgravity to Improve the Diffraction Properties of Protein Crystals? (Review)
K. TSUKAMOTO, H. KOIZUMI, M. MARUYAMA, H. MIURA, Y. SUZUKI, H. TANAKA,
A. ES VAN DRIESSCHE and D. MAES
340117
石川毅彦
足立　聡，今井良二，今村　宰，上野一郎，宇宿功史郎，大西　充，小澤俊平，
栗林一彦，木暮和美，鈴木進補，田仲広明，永井秀明，吉崎　泉，渡邉匡人
H. Kuhlmann，V. Molotkov，P.-F. Paradis，H. Thomas
2017年1月31日（年4回発行）
日本マイクログラビティ応用学会（会長石川正道）
© 2017 The Jpn. Soc. Microgravity Appl.
http://www.jasma.info/journal/ja
PRINT ISSN: 0915-3616　ONLINE ISSN: 2188-9783
© 2017 日本マイクログラビティ応用学会
International Journal of Microgravity Science and Application
Vol. 33 No. 4 2016
Editors ：H. TANAKA, S. TAKAHASHI, T. ISHIKAWA, H. NAGAI, H. TOTUJI
CONTENTS
Preface
The History of High Quality Protein Crystal Growth Experiment on board the International Space
Station
K. SHIRAKI
340101
Editors ：H. TANAKA, S. TAKAHASHI
Special Articles: Technology Transfer and Future Aspects of High-Quality Protein Crystallization
in Microgravity
1）Technology Transfer of High-Quality Protein Crystallization in Microgravity
(Review)
Research Base Initiative of Space Science of High Quality Protein Crystallization Technology
Project
Y. URADE
340102
(Review)
Background of Protein Crystallization Technologies in Space
S. TAKAHASHI and H. TANAKA
340103
(Review)
Essential Techniques for Growing High-Quality Protein Crystals for Structural Analysis in
Microgravity
K. INAKA, S. TAKAHASHI and H. TANAKA
340104
2）Outcomes and Future Aspects of High-Quality Protein Crystallization inMicrogravity
(Review)
Technical Improvements for High-resolution X-ray Crystallography from Space Grown Crystals
A. HIGASHIURA and A. NAKAGAWA
340105
(Original Paper) Preparation of the Crystals of [NiFe] Hydrogenase Suitable for the Neutron Structure
K. NISHIKAWA and Y. HIGUCHI
340106
(Review)
Structure Basis for a Subunit Interaction of Influenza Virus RNA Polymerase for Drug Design
H. YOSHIDA and S.Y. PARK
340107
(Review)
Production of Large-volume Cellulase Crystals for Visualization of Hydrogen Atoms
M. TACHIOKA, A. NAKAMURA, T.ISHIDA, S. TAKAHASHI, B. YAN, H. TANAKA,
N. FURUBAYASHI, K.INAKA, K. IGARASHI and M. SAMEJIMA
340108
(Review)
Crystal Structures of Carbohydrate-active Enzymes with Potential for Practical Oligosaccharide
Synthesis
S. FUSHINOBU
340109
Editors ：T. ISHIKAWA, H. NAGAI
Special Articles: Semiconductor crystal growth by GHF
(Review)
Summary of Alloy Semiconductor Experiment
Y. INATOMI, Y. HAYAKAWA, Y. OKANO and T. ISHIKAWA
340110
(Review)
Effects of Gravity and Crystal Orientation on the Growth of InGaSb Ternary Alloy
Semiconductors - Experiments at the International Space Station and on EarthY. HAYAKAWA, V. N. KUMAR, M. ARIVANANDHAN, G. RAJESH, T. KOYAMA,
Y. MOMOSE, K. SAKATA, T OZAWA, Y. OKANO and Y. INATOMI
340111
(Review)
Compositionally Uniform SiGe Crystal Growth aboard the International Space Station
(1) Hicari project summary
Y. ARAI, K. KINOSHITA, Y. INATOMI and T. TSUKADA
340112
(Review)
Compositionally Uniform SiGe Crystal Growth aboard the International Space Station
(2) Growth Experiments by the TLZ Method and Microgravity Effects
K. KINOSHITA, Y. ARAI, Y. INATOMI and T. TSUKADA
340113
Editors ：T. ISHIKAWA, H. TOTSUJI
Special Articles: Proceedings of 6th International Symposium on Physical Sciences in Space
(ISPS-6) Part 4 September 14-18, 2015 at Doshisha University, Kyoto, Japan
Part 4 concludes Proceedings of ISPS-6: Parts 1, 2, and 3 have been published in Vol. 33, Nos. 2, 3, and 4, respectively. We
thank all the contributors for submitting their manuscripts and members of Program Committees listed in previous Parts for their
help in peer-reviewing.
16So-2
Towards Controlling of Surfactant Foam Production in Space (Original Paper)
M. FAQIRYAR, Y. MASUMOTO, K. URUSHIBARA, A. YAMADA, A. ISE and Y. MORI
340114
17Cr-1K
The Critical Growth Rate for Particle Incorporation during the Directional Solidification of Solar
Silicon under Microgravity (Original Paper)
T. SORGENFREI, T. JAUSS, A. CRÖLL,C. REIMANN, J. FRIEDRICH and M. VOLZ
340115
17Cr-4
18Cr-6
Editorial Committee
Growth and Characterization of Doped Ge Crystals under µg and 1 G to Investigate the Influence
of Different Convection Types (Original Paper)
T. SORGENFREI, A. HESS, J. ZÄHRINGER, A. DANILEWSKY, A. CRÖLL, A. EGOROV and
A. SENCHENKOV
340116
Do We Need Microgravity to Improve the Diffraction Properties of Protein Crystals? (Review)
K. TSUKAMOTO, H. KOIZUMI, M. MARUYAMA, H. MIURA, Y. SUZUKI, H. TANAKA,
A. ES VAN DRIESSCHE and D. MAES
340117
T. Ishikawa (JAXA), Editor in Chief
S. Adachi (JAXA)
R. Imai (Muroran Institute of Technology)
O. Imamura (Nihon University)
K. Kogure (JSF)
K. Kuribayashi (Shibaura Institute of Technology)
H. Nagai (AIST)
M. Ohnishi (JAXA)
H. Kuhlmann (TUW, Austria)
P.-F. Paradis (INO, Canada)
S. Ozawa (Chiba Institute of Technology)
S. Suzuki (Waseda University)
H. Tanaka (Confocal Science Inc.)
I. Ueno (Tokyo University of Science)
K. Usuku (JAXA)
I. Yoshizaki (JAXA)
M. Watanabe (Gakushuin University)
V. Molotkov (JIHT, Russia)
H. Thomas (DLR, Germany)
The journal is published quartery by The Japan Society of Microgravity Application (M. Ishikawa, President).
Published 31January 2017 © 2017 The Jpn. Soc. Microgravity Appl.
http://www.jasma.info/journal
PRINT ISSN: 0915-3616　ONLINE ISSN: 2188-9783

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