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| SMAG Powerd Precise ADMET Modelling with High-Performance CYP Substrate PredictorsSMAG's new AI-powered CYP450 model delivers superior substrate prediction accuracy, enabling faster, safer, and smarter decisions in early-stage drug discovery.
By: Smag Ai Next-Gen Accuracy for Drug Metabolism Insight The newly enhanced model predicts substrate interactions for CYP3A4, CYP2D6, CYP2C9, and CYP1A2, key enzymes involved in drug metabolism and clearance. Accuracy scores significantly surpass existing state-of-the- Enzyme SOTA1 SOTA2 SMAG Model CYP3A4 64.00 60.00 83.00 ✅ CYP2D6 70.97 75.70 87.90 ✅ CYP2C9 81.63 68.37 91.84 ✅ CYP1A2 88.84 74.03 90.43 ✅ "We built this to give drug developers a serious edge," said Kamlesh Patel, CEO of SMAG. "With superior predictive power, no SMILES limitations, and a fast, user-friendly interface, our CYP model is ideal for both startups and large R&D pipelines." Key Features:
Built for the Next Generation of Drug Discovery SMAG's model is part of a broader AI-driven ADMET prediction suite, designed to support:
Enabling Smarter Decisions, Earlier in the Pipeline With early, high-accuracy CYP450 predictions, SMAG empowers teams to prioritise the most promising compounds with greater confidence, improving decision-making at critical stages of discovery and preclinical development. Whether it's derisking a candidate or optimising lead selection, SMAG delivers clarity when it matters most. Discover More with SMAG To learn how SMAG is accelerating drug discovery through AI-powered innovation, Visit us at 🌐 https://smag- Post link, https://www.linkedin.com/ For specific inquiries, feel free to reach out at info@topialifesciencus.com About SMAG SMAG is an integrated AI drug discovery company transforming molecule design and screening through machine learning. Its cloud-based platform delivers rapid, accurate insights into bioactivity, metabolism, and toxicity, making drug discovery faster, smarter, and more accessible than ever End
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