Different folds in a protein determine how it will interact with other molecules, and understanding them has implications for discovering how new diseases like Covid-19 invade our cells. Image: Shutterstock Different folds in a protein determine how it will interact with other molecules, and understanding them has implications for discovering how new diseases like Covid-19 invade our cells. Image: Shutterstock
Different folds in a protein determine how it will interact with other molecules, and understanding them has implications for discovering how new diseases like Covid-19 invade our cells. Image: Shutterstock

Google

DeepMind AI breakthrough helps solve how diseases invade cells by predicting protein structures

  • Google’s artificial intelligence unit takes a giant step to predict the structure of proteins
  • Understanding how proteins will interact with other molecules has implications for research on new diseases like Covid-19

Topic |   Google
Different folds in a protein determine how it will interact with other molecules, and understanding them has implications for discovering how new diseases like Covid-19 invade our cells. Image: Shutterstock Different folds in a protein determine how it will interact with other molecules, and understanding them has implications for discovering how new diseases like Covid-19 invade our cells. Image: Shutterstock
Different folds in a protein determine how it will interact with other molecules, and understanding them has implications for discovering how new diseases like Covid-19 invade our cells. Image: Shutterstock
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