Here’s how ETH Zurich scientists accelerate drug discovery using AI

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Here’s how ETH Zurich scientists accelerate drug discovery using AI
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Researchers from ETH Zurich utilize state-of-the-art geometric deep learning and high-throughput experimentation techniques to expedite late-stage drug diversification.

The research conducted at ETH Zurich underscores the significance of AI, particularly in geometric deep learning and high-throughput experimentation, in accelerating late-stage drug diversification.Drug development involves identifying biological targets, high-throughput screening, lead compound selection, and rigorous preclinical and clinical trials.

AI expedites this process by predicting potential interactions between compounds and targets, streamlining the identification of promising candidates. Machine learning models can analyze molecular structures and predict their biological activity. Late-stage diversification is critical in refining and fine-tuning potential drug candidates before they progress to advanced clinical trials.

The study strategically employed a molecular graph representation as a foundational framework. This representation is a translator, converting the three-dimensional arrangement of atoms and bonds into a structured narrative, with atoms represented as nodes and bonds as connecting edges. The model can generate molecular structures expected to demonstrate improved properties by pursuing this optimization objective. The researchers added another layer of complexity by introducing a generative adversarial network .introduces an element of competition and refinement to the model's learning process. The generator strives to produce molecular structures while the discriminator critically assesses their authenticity.

Additionally, it achieved a Pearson correlation of 0.890, suggesting a strong positive linear relationship between its predicted reaction yields and the actual observed values. In simpler terms, the model accurately forecasts how much product would be obtained in the reactions.across various prediction tasks. This enhancement spanned from minor improvements in reaction yield prediction to substantial advancements in regioselectivity predictions.

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