Molecular Dynamics
Chemical Compounds
100%
thrombin
Physics & Astronomy
83%
Simulation
Chemical Compounds
81%
Thrombin
Chemical Compounds
58%
molecular dynamics
Physics & Astronomy
56%
molecular orbitals
Physics & Astronomy
54%
Molecular Dynamics Simulation
Medicine & Life Sciences
48%
Protein
Chemical Compounds
48%
proteins
100%
Molecular Dynamics
92%
molecular dynamics
90%
Simulation
79%
predictions
67%
Kanemitsu, S. ,
Morita, K. ,
Tominaga, Y. ,
Nishimura, K. ,
Yashiro, T. ,
Sakurai, H. ,
Yamamoto, Y. ,
Kurisaki, I. ,
Tanaka, S. ,
Matsui, M. ,
Ooya, T. ,
Tamura, A. &
Maruyama, T. ,
2022 8月 11 ,
In: Journal of Physical Chemistry B. 126 ,
31 ,
p. 5793-5802 10 p. 研究成果: Article › 査読
indoles
100%
Melittin
90%
Amino acids
79%
inhibitors
77%
hemolysis
65%
Yamamoto, N. ,
Inoue, R. ,
Kurisaki, I. ,
Matsuo, T. ,
Hishikawa, Y. ,
Zhao, W. &
Sekiguchi, H. ,
2022 ,
In: Biophysics and physicobiology. 19 , e190035.
研究成果: Article › 査読
Yamamoto Allylation
100%
Neutrons
87%
Theoretical Models
53%
Psychological Techniques
50%
X-Rays
50%
Protein Subunits
100%
Molecular Dynamics Simulation
97%
Amyloid
66%
Molecular Dynamics
64%
Amyloid Fibril
62%
Kurisaki, I. ,
Tanaka, S. ,
Mori, I. ,
Umegaki, T. ,
Mori, Y. &
Tanaka, S. ,
2022 , (Accepted/In press)
In: Journal of Computational Chemistry. 研究成果: Article › 査読
Thermal Conductivity
100%
Conductance
74%
Protein
62%
Shape
38%
Hot Temperature
34%