Research Result
Movies related to “Research achievements” from the “SCLS-Channel.”
* The contents of the movies listed here are based on the data available at the time. At the present day (time), there might be different figures or results due to the progress in subsequent work. For the information, please check the latest research achievements.
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Multi Scale Modeling of Chromatin and Nucleosomes
To study the complicated mechanism of life, three-dimensional structures of nucleosomes that compose the chromatin were constructed virtually and molecular dynamics (MD) simulations based on physical laws such as the equation of motion were conducted using the K computer. Such MD calculations enable us to simulate and observe dynamic behaviors of chromatin structures precisely.
Materials
Theme1
Heart Simulator UT-Heart
Contraction and relaxation of muscle are reproduced based on the statistical behavior of molecules, which in turn are strongly coupled with the computation of blood flow and pressure. By reproducing a highly realistic human heart whose behavior strictly follows the physical and physiological principles in the computer, the simulator can help doctors choose a treatment option for heart disease patients by accurately predicting its outcome.
Materials
NL(VOL.10_Open Up)
Theme3
Reproduction of the heart activities on a supercomputer
Materials
NL(VOL.10_Open Up)
Theme3
Heart simulations at the molecular level
By creating a simulation model of the heart, based on the movements of individual heart muscle cells, we can clarify the relationship between abnormalities at the micro level and heart disease.
Materials
NL(VOL.8_Special Interview)
Theme3
Thrombotic adhesion to arteriosclerotic lesions
By looking at things at the molecular and cellular level, we can examine the process through which the blood, which normally flows smoothly, coagulates as a result of disease, finally leading to blockage.
Materials
NL(VOL.12_SCLS Eyes)
NL(VOL.10_Open Up)
Theme3
