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Can AI Run a Drug Discovery Lab on Its Own?

1What It Would Mean for AI to Run a Lab2The Drug Discovery Pipeline in Plain Terms3Where AI Already Helps Today4Closing the Loop: Self-Driving Labs5Real Examples of AI-Run Lab Systems6Where Autonomy Breaks Down7What Still Needs a Human
Where AI Already Helps Today

The Fast Filter Before the Bench

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The pipeline we just mapped has a bottleneck, and it is physical. Every real test costs time, reagents, and instrument hours, so the number of molecules you can actually put on a bench is tiny compared with the number you could imagine.
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Before any molecule is physically tested, AI can estimate properties such as whether it is likely to bind the target, whether it will dissolve, and whether it looks toxic. This acts as a filter: thousands of candidates can be scored in silico, and only the most promising ones are carried forward to real experiments. The filter does not prove anything about a molecule; it only ranks and removes, which is why the surviving candidates still have to be tested for real.

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