Earth may hold a trillion microbial species, and an estimated 99% of bacteria can produce bacteriocins: distinct antimicrobial proteins shaped by evolution to target competing bacteria. This gives us an immense collection of natural defenses, refined through billions of years of competition.
Organicin’s role is to discover and understand these existing solutions rather than invent new ones. The filter we built to do that is CinThesis.
Discover the science
Bacteria have been
solving this
for billions of years.
Bacteriocins are antimicrobial proteins produced by bacteria. Their selective activity gives us a starting point for a more precise approach to microbial challenges.
Organicin connects that biological foundation with computational discovery and experimental development, advancing candidates for animal health, nutrition, and microbiome applications.
Discover the scienceA new lens on
nature’s precision.
CinThesis brings molecular properties, evolutionary relationships, and predicted structure together to find promising bacteriocin candidates.
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Understand the molecule.
Examine the physicochemical properties that help characterize a candidate, including its charge, hydrophobicity, and molecular composition.
Inside CinThesis.
Explore the CinThesis research workspace.
Bacteriocin prediction.
- Accuracy
- 98.68%
Evaluated across 4,482 sequences.
- 99.74%
- 99.41%
- 96.37%
- 0.9945
ML alone: Accuracy 93.95% · Specificity 97.76% · Precision 94.58% · Sensitivity 85.62% · ROC-AUC 0.9824.
Research at scale.
Literature, sequences, and antimicrobial activity
brought together for discovery.
- Research articles indexed
- 359k+
- Distinct protein sequences indexed
- 59k+
- Gene records indexed
- 1.8M+
- Genomes in the catalogue
- 529
- Antimicrobial activity records
- 18k+
Catalogue as of September 5, 2026. Activity records include MIC measurements, inhibition zones, and qualitative observations.
Deep science.
Shared ambition.
We bring together microbiology, computational discovery, and bacteriocin expertise to advance promising biology through focused product development.