Deep Learning Powers New Advances in Enzyme Engineering
Researchers from the University of Washington, led by Anna Lauko and Samuel J. Pellock, have developed a novel computational method
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Software
Discover the intersection of biotechnology and digital innovation. This section highlights software tools, platforms, and technologies designed to study, model, and harness enzymes, enabling researchers and businesses to push the boundaries of what’s possible.
AlphaFold 3: Pioneering the Future of Biological Research
In a recent paper published in Nature, Google DeepMind and Isomorphic Labs unveiled AlphaFold 3, the latest iteration of their
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DPI_CDF: A New Way to Find Drug Targets Quickly
A recent paper titled “DPI_CDF: Druggable Protein Identifier Using Cascade Deep Forest“ introduces an innovative computational method for identifying proteins
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GraphKM: New AI Model to Predict Enzyme Kinetics
A recent study titled “GraphKM: Machine and Deep Learning for KM Prediction of Wildtype and Mutant Enzymes“ has been published
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DeepEvo: A New Frontier in Thermostable Proteins Engineering
Scientists have developed an innovative method to engineer proteins that can withstand high temperatures, as detailed in the paper titled
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The PAZy Database: A New Ally Against Plastic Pollution
A collaborative research effort between the University of Stuttgart and the University of Hamburg in Germany has led to significant
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AI’s Role in Pioneering New Enzyme Technologies
Enzymes are nature’s catalysts, essential for speeding up chemical reactions in biological systems. Understanding and engineering these complex molecules have
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Revolutionary Enzyme Research with AlphaFold 2
In a groundbreaking development, AlphaFold 2, an advanced artificial intelligence program developed by DeepMind, is transforming the field of biochemistry.
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