• ComradeSharkfucker@lemmy.ml
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      1 day ago

      A reliable way to simulate any kind of protein fold. As long as you have a method you could hypothetically “solve” the issue

      • SaveTheTuaHawk@lemmy.ca
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        1 day ago

        You dont solve anything. You generate models. That’s it. Without experimental validation they are just cartoons.

          • Hazel@piefed.blahaj.zone
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            1 day ago

            Because the models become a database you can search for certain characteristics.

            (This is a guess I consider reasonable.)

          • Huegoe@fedinsfw.app
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            1 day ago

            Its somewhat complex. Protein structures are usually solved with x-ray crystallography. You get a 2-dimensional diffraction pattern. There are different methods to “solve” the diffraction pattern and get the Protein structure. Most are a lot of work, including biochemical lab work. But if you have a model it is relatively easy. The modern computer generated models have revolutionized protein x-ray crystallography.

      • ranzispa@mander.xyzOP
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        1 day ago

        The interesting part would be to a reliable and computationally accessible way to handle disordered proteins. Seeing how they can move could be quite revolutionary.

        I had to work on some disordered proteins and you’re pretty much just guessing, plausibly you’re better off going to a casino blindfolded and play blackjack.