Raw values retained
Keep the underlying potency, ADMET, selectivity, synthesis, or other supported evidence beside its transformed desirability.
Multi-parameter optimization and what-if analysis
Translate project objectives into documented desirability functions, compare candidates across heterogeneous evidence, and test how weights, thresholds, and missing values change the decision.
Transparent decision mathematics
MolexIO keeps raw values, endpoint direction, desirability thresholds, weights, transformed values, uncertainty, and missing-data handling inspectable. Teams can see whether a candidate leads because of balanced evidence, one dominant objective, or an assumption that needs review.
Keep the underlying potency, ADMET, selectivity, synthesis, or other supported evidence beside its transformed desirability.
Document whether higher, lower, or a target range is preferred and where unacceptable, transition, and desirable regions begin.
Show the relative influence of each objective and prevent an unexplained default from silently defining the program strategy.
Distinguish missing from poor evidence and state whether an unavailable endpoint is excluded, penalized, or blocks comparison.
Identify non-dominated candidates that preserve distinct trade-offs before compressing the decision to one score.
Change weights and thresholds to reveal rank stability, fragile winners, and the measurement most likely to reduce uncertainty.
From objectives to a robust shortlist
Select decision-relevant endpoints and confirm units, direction, comparability, and evidence type.
Document thresholds, shapes, weights, gates, and missing-data behavior.
Inspect raw and transformed values, contributions, coverage, uncertainty, and Pareto status.
Run what-if scenarios and identify measurements or assumptions that could change the decision.
Scientific boundary
Changing a desirability threshold or weight can change the ranking without changing any molecule. Correlated endpoints can be double-counted, missing values can bias comparison, and precise scores can obscure uncertain predictions. MolexIO presents MPO as decision support that requires scientific ownership and appropriate experimental validation.
Questions before use
It converts a property value into a normalized preference using documented thresholds and direction; it is not a biological law.
No. It is the leading candidate under the selected objectives, evidence, weights, and policies.
It exposes whether the ranking is robust or sensitive to assumptions and missing evidence.
Let every stakeholder see the evidence, preferences, trade-offs, and uncertainty behind the shortlist.