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United StatesHealthcare and life sciences2026 – ongoing

Recursion Pharmaceuticals

AI-enabled drug discovery platform for its own pipeline

Recursion said its AI platform delivered advanced drug candidates in about 17 months and about 330 compounds per program

WorkingCompany's own claimOfficial ↗

Problem

Early drug discovery usually needs years of chemistry and thousands of synthesized compounds before a candidate is ready for further development.

Approach

Recursion used its own AI-enabled discovery platform across its internal programs. In its full-year 2025 results release it reported the time and compound counts needed to reach advanced candidates. It compared them with industry averages that it cited itself.

Results

about 17 monthstime to deliver advanced candidates per program, against an industry average of 42 months, per Recursion's own comparisonCompany's own claim[1]
about 330compounds synthesized per program for advanced candidates, against an industry average of over 2,500, per Recursion's own comparisonCompany's own claim[1]
under 11 monthstime to identify REC-617 as a lead candidate, with 136 novel compounds synthesized, per RecursionCompany's own claim[1]

Takeaway

Compounds synthesized and months to candidate are measurable discovery outputs. The industry averages are Recursion's own comparison, and the release does not say how they were built.

Categories

Business function
IT and R&D
Innovation type
Process innovation
Evidence
Company's own claim

Sources

  1. Recursion Reports Fourth Quarter and Full Year 2025 Financial Results and Provides Business Update
    Recursion Pharmaceuticals (SEC filing)25 Feb 2026Company publication

Source summaries

[1]Recursion Pharmaceuticals (SEC filing)25 Feb 2026

Recursion's results release states that advanced candidates were delivered by synthesizing about 330 compounds per program in about 17 months, against industry averages of over 2,500 compounds and 42 months. It also says REC-617 was identified as a lead candidate in under 11 months with 136 novel compounds synthesized.

Full details are in the original sources.

Added 2 Nov 2026 · Updated 2 Nov 2026
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