| 1 | | ZGDZ-HA0E |
2017G088; 2017G089; 2018G043; 2019G017; 2019G018; 2020G021; 2020RP-04; 2021G052; 2022G034; 2023G052
|
5A/ 5A; NE3A/NE3A; NW12A/NW12A; 1A/1A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NW12A/NW12A; 1A/1A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 1A/1A; 5A/ 5A; NE3A/NE3A; 1A/1A; 1A/1A; 5A/ 5A; 17A/17A; NW12A/NW12A; 1A/1A; 5A/ 5A; NE3A/NE3A; 17A/17A; NW12A/NW12A; NE3A/NE3A
|
Functional and structural analyses of a highly multifunctional enzyme TM1270 from the hyperthermophile Thermotoga maritima
|
新田 峻平/Shunpei NITTA; 伏信 進矢/Shinya FUSHINOBU
|
英語 / English
|
ACS Catalysis
|
2024
|
14
|
18817
|
| 2 | | CM7J-W4EW |
2022G031
|
NE3A
|
Structure-Guided Discovery of a Potent Inhibitor of the Ferric Citrate Binding Protein FecB in Vibrio Bacteria
|
Jiang, Jinyan
|
英語 / English
|
Angewandte Chemie-International Edition
|
2024
|
63
|
|
| 3 | | CKCZ-XMV4 |
2014G087; 2014R-40; 2015G019; 2015G020; 2015R-36; 2016G083; 2016R-69
|
5A/ 5A; NE3A/NE3A; NW12A/NW12A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 17A/17A; NE3A/NE3A; NW12A/NW12A; 1A/1A; NE3A/NE3A; 1A/1A; 5A/ 5A; NW12A/NW12A
|
Bifidobacterial GH146 β-L-arabinofuranosidase for the removal of β1,3-L-arabinofuranosides on plant glycans
|
丸山 瞬/Shun MARUYAMA; 伏信 進矢/Shinya FUSHINOBU
|
英語 / English
|
Applied Microbiology and Biotechnology
|
2024
|
108
|
|
| 4 | | 59BN-6UWE |
2007G552; 2009G512; 2011G504; 2013G506; 2015G534; 2017G610; 2019G518; 2021G508; 2023G617
|
NE3A/NE3A; NW12A/NW12A; 5A/ 5A; 17A(SPring-8)/17A(SPring-8); NE3A/NE3A; NW12A/NW12A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NW12A/NW12A; 5A/ 5A; 17A/17A; 5A/ 5A; NW12A/NW12A; 5A/ 5A; 5A/ 5A
|
L-rhamnose isomerase: a crucial enzyme for rhamnose catabolism and conversion of rare sugars
|
吉田 裕美/Hiromi YOSHIDA; Ken Izumori; Akihide Yoshihara
|
英語 / English
|
Applied Microbiology and Biotechnology
|
2024
|
108
|
|
| 5 | | MVYT-ND7N |
2021G519; 2023G505
|
5A/ 5A; NE3A/NE3A; 5A/ 5A; NE3A/NE3A
|
Crystal structure of exfoliative toxin D from Staphylococcus aureus
|
佐藤 柊/Shu SATO; 殿塚 隆史/Takashi TONOZUKA
|
英語 / English
|
Biochemical and Biophysical Research Communications
|
2024
|
733
|
150689
|
| 6 | | 4NXE-WY96 |
2022G538
|
5A/ 5A; NE3A/NE3A
|
X-ray structure and mutagenesis analyses of Clostridioides difficile endolysin Ecd09610 glucosaminidase domain
|
神鳥 成弘/Shigehiro KAMITORI; Hiroshi Sekiya; Eiji Tamai; Yasuhiro Nonaka
|
英語 / English
|
Biochemical and Biophysical Research Communications
|
2024
|
715
|
149957
|
| 7 | | R5HZ-1W86 |
2019G045
|
5A, NE3A
|
Structural Analysis of Phosphonopyruvate Decarboxylase RhiEF: First Insights into an Ancestral Heterooligomeric Thiamine Pyrophosphate-Dependent Decarboxylase
|
Nakamura, Akira
|
英語 / English
|
Biochemistry
|
2024
|
63
|
3250
|
| 8 | | 40Y1-4JX8 |
2018G043; 2019G017; 2019G018; 2020G021; 2020RP-04; 2021G052; 2022G034; 2023G052
|
5A/ 5A; NW12A/NW12A; 1A/1A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 1A/1A; 5A/ 5A; NE3A/NE3A; 1A/1A; 1A/1A; 5A/ 5A; 17A/17A; NW12A/NW12A; 1A/1A; 5A/ 5A; 17A/17A; NE3A/NE3A; NW12A/NW12A; NE3A/NE3A
|
Crystal structure of β-D-galactofuranosidase from Streptomyces sp. JHA19 in complex with an inhibitor provides insights into substrate specificity
|
藤尾 則揮/Noriki FUJIO; 山田 千早/Chihaya YAMADA; ブランパン 騰真/Toma BLANPAIN; 伏信 進矢/Shinya FUSHINOBU
|
英語 / English
|
FEBS Letters
|
2024
|
598
|
2866
|
| 9 | | GXYW-G7JF |
2018G505; 2019RP-03
|
5A/ 5A; 17A/17A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; 17A/17A
|
Cysteine-Persulfide Sulfane Sulfur-Ligated Zn Complex of Sulfur-Carrying SufU in the SufCDSUB System for Fe-S Cluster Biosynthesis
|
Takuya Terahata; Yukino Shimada; Chisato Maki; 室賀 直来/Suguru MUROGA; Rina Sakurai; Kouhei Kunichika; 藤城 貴史/Takashi FUJISHIRO
|
英語 / English
|
Inorganic Chemistry
|
2024
|
63
|
19607
|
| 10 | | V6MV-BMUU |
2012G048; 2014G087; 2015G019; 2015G020; 2015R-36; 2016G083; 2016R-69; 2019G018; 2022G034
|
17A/17A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 17A/17A; NE3A/NE3A; NW12A/NW12A; 1A/1A; NE3A/NE3A; 1A/1A; 5A/ 5A; NW12A/NW12A; 1A/1A; 17A/17A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 1A/1A; 5A/ 5A; 17A/17A; NE3A/NE3A; NW12A/NW12A
|
Crystal structure of Bifidobacterium bifidum glycoside hydrolase family 110 α-galactosidase specific for blood group B antigen
|
ブランパン 騰真/Toma BLANPAIN; 赤間 恵/Megumi AKAMA; 荒川 孝俊/Takatoshi ARAKAWA; 伏信 進矢/Shinya FUSHINOBU
|
英語 / English
|
Journal of Applied Glycoscience
|
2024
|
71
|
81
|
| 11 | | PEYB-5DW1 |
2019G017; 2019G018; 2020G021; 2020RP-04; 2021G052; 2022G034; 2023G052
|
1A/1A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 1A/1A; 5A/ 5A; NE3A/NE3A; 1A/1A; 1A/1A; 5A/ 5A; 17A/17A; NW12A/NW12A; 1A/1A; 5A/ 5A; 17A/17A; NE3A/NE3A; NW12A/NW12A; NE3A/NE3A
|
Protocatechuate hydroxylase is a novel group A flavoprotein monooxygenase with a unique substrate recognition mechanism
|
福島 陸/Riku FUKUSHIMA; 山田 千早/Chihaya YAMADA; 荒川 孝俊/Takatoshi ARAKAWA; 伏信 進矢/Shinya FUSHINOBU
|
英語 / English
|
Journal of Biological Chemistry
|
2024
|
300
|
|
| 12 | | RJ4E-6TZK |
2014G190, 2016G199, 2022G098
|
NE3A, NW12A
|
Unveiling the structural mechanisms behind high affinity and selectivity in phosphorylated epitope-specific rabbit antibodies
|
Kasahara, Keisuke
|
英語 / English
|
Journal of Biological Chemistry
|
2024
|
300
|
|
| 13 | | R7YM-RAEM |
2012G550; 2013G506; 2015G534; 2017G610; 2019G518; 2021G508; 2023G617
|
NE3A/NE3A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NW12A/NW12A; 5A/ 5A; 17A/17A; 5A/ 5A; NW12A/NW12A; 5A/ 5A; 5A/ 5A
|
Improvement of substrate specificity of the direct electron transfer type FAD-dependent glucose dehydrogenase catalytic subunit
|
Joseph A Kerrigan Jr; 吉田 裕美/Hiromi YOSHIDA; Koji Sode
|
英語 / English
|
Journal of Biotechnology
|
2024
|
395
|
170
|
| 14 | | EYCN-RV4X |
|
NE3A
|
Improvement of substrate specificity of the direct electron transfer type FAD-dependent glucose dehydrogenase catalytic subunit
|
Kerrigan, Joseph A.
|
英語 / English
|
Journal of Biotechnology
|
2024
|
395
|
170
|
| 15 | | SDS8-MR27 |
|
NE3A
|
Tail-tape-fused virion and non-virion RNA polymerases of a thermophilic virus with an extremely long tail
|
Chaban, Anastasiia
|
英語 / English
|
Nature Communications
|
2024
|
15
|
|
| 16 | | J1U3-GA3F |
2019G017; 2019G018; 2020G021; 2021G052; 2022G034; 2023G052
|
1A/1A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 5A/ 5A; NE3A/NE3A; NW12A/NW12A; 1A/1A; 5A/ 5A; NE3A/NE3A; 1A/1A; 5A/ 5A; 17A/17A; NW12A/NW12A; 1A/1A; 5A/ 5A; 17A/17A; NE3A/NE3A; NW12A/NW12A; NE3A/NE3A
|
Cytosolic UDP-L-arabinose synthesis by bifunctional UDP-glucose 4-epimerases in Arabidopsis
|
松本 真由子/Mayuko MATSUMOTO; 伏信 進矢/Shinya FUSHINOBU
|
英語 / English
|
Plant Journal
|
2024
|
119
|
508
|
| 17 | | 3R2M-DMSD |
2023G036
|
5A/ 5A; 17A/17A; AR-NE3A
|
TIFAB regulates the TIFA?TRAF6 signaling pathway involved in innate immunity by forming a heterodimer complex with TIFA
|
中村 照也/Teruya NAKAMURA
|
英語 / English
|
Proceedings of the National Academy of Sciences of the United States of America
|
2024
|
121
|
|
| 18 | | 0U6B-2M96 |
2020G681, 2022G031
|
NE3A
|
Refolding, Crystallization, and Crystal Structure Analysis of a Scavenger Receptor Cysteine-Rich Domain of Human Salivary Agglutinin Expressed in Escherichia coli
|
Zhang, Changyu
|
英語 / English
|
Protein Journal
|
2024
|
43
|
283
|
| 19 | | 5HP0-W14V |
2020G681, 2022G031
|
NE3A
|
Molecular mechanism of Fe3+ binding inhibition to Vibrio metschnikovii ferric ion-binding protein, FbpA, by rosmarinic acid and its hydrolysate, danshensu
|
Lu, Peng
|
英語 / English
|
Protein Science
|
2024
|
33
|
|
| 20 | | A9SH-PEYV |
2023G505; 2021G519; 2019G097; 2019G518; 2019G508
|
NE3A/NE3A; 5A/ 5A; 5A/ 5A; 5A/ 5A; NE3A/NE3A; 5A/ 5A
|
Structural basis for the recognition of α-1,6-branched α-glucan by GH13_47 α-amylase from Rhodothermus marinus
|
宮坂 祐希/Yuki MIYASAKA; 横山 紘平/Kohei YOKOYAMA; 宮崎 剛亜/Takatsugu MIYAZAKI; 西河 淳/Atsushi NISHIKAWA; 殿塚 隆史/Takashi TONOZUKA
|
英語 / English
|
Proteins-Structure Function and Bioinformatics
|
2024
|
92
|
|
| 21 | | B69M-F6FZ |
2013G738
|
NE3A, NW12A
|
Structural basis for the recognition of human hemoglobin by the heme-acquisition protein Shr from Streptococcus pyogenes
|
Senoo A.
|
英語 / English
|
Scientific Reports
|
2024
|
14
|
|
