Supercomputer simulates the internal activities of biological cells, AI technology enters the biosphere

Using the world's most advanced computers, American scientists have successfully simulated the activity of proteins in the natural environment. It provides a unique perspective on the treatment of cancer and other diseases associated with cellular behavior.

Researchers at Michigan State University used supercomputers to simulate the interaction of different molecules in high-density environments. The results show that some proteins can cause structural deformation and loss of biological functions in a more crowded state. But at the same time, such a cellular environment will accelerate the efficiency of cellular energy conversion.

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In addition, the researchers found that small molecules responsible for delivering food and energy interact with macromolecules in such environments to affect their original biological functions. The research results are published in the latest issue of eLife.

The biological processes that cause disease usually occur inside the cell. In the past, it was impossible to understand enough details through microscopes and other techniques, so computer simulation technology paved the way for further exploration of larger and more complex intracellular activities in the future.

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