Anyclade uses computational biology to screen combinations and uncover additional capabilities — helping you focus validation on the candidates and functions worth testing.
Different phytases and phosphatases can act on different inositol-phosphate intermediates. Combining complementary activities can broaden phytate degradation and increase phosphate release.
Illustrative example. Molecular details are intentionally simplified.
Rational Consortium Design
Start with a target function and your strain collection. Anyclade screens strain combinations computationally, modeling metabolic complementarity, cross-feeding and competition for nutrients. The result is a shortlist of consortium candidates, each with its biological rationale, ready for laboratory, greenhouse or field validation.
Consortium Capability Discovery
Start with an existing consortium. Anyclade analyzes the combined functional and metabolic potential of its strains to identify capabilities beyond the original product concept, showing which strains contribute and the evidence behind each. The result is a set of additional functions and hypotheses worth validating, and the new product opportunities they could open.
Consortium:B. velezensis + P. fluorescens
Capability Discovery
Original product concept
Disease suppressionBvPf
Additional capabilities
Phosphate solubilizationPfStrongly supported
Drought stress tolerancePfSupported
Phytate mineralizationBvSupported
Auxin productionBvPfWeakly supported
…and more
Illustrative example. Molecular details are intentionally simplified.
