Resistance case definition
Frame the pathogen, resistance mechanism, anchor antibiotic, and validation goal before any ranking begins.
Output: AMR case profileAI platform for AMR drug repurposing
Bactrix helps pharma, biotech, and research teams find overlooked antibiotic-rescue opportunities, rank them with transparent AI, and turn the best leads into clear validation dossiers.
Services
AMR teams do not need another black-box prediction or a generic compound dump. They need ranked, defensible starting points that make scarce wet-lab capacity count.
Frame the pathogen, resistance mechanism, anchor antibiotic, and validation goal before any ranking begins.
Output: AMR case profileSurface approved or known molecules that may help restore antibiotic activity and deserve focused testing.
Output: ranked candidate matrixShow the evidence basis, safety context, and confidence level so the result is reviewable rather than black-box.
Output: review-ready evidence packDeliver the shortlist, rationale, risk flags, and next validation step in a clear scientific review export.
Output: PDF, CSV, or lab dossierWhy Us
Bactrix is built to test more evidence, surface overlooked drug combinations, and deliver wet-lab-ready dossiers that can survive scientific and commercial scrutiny.
Bactrix evaluates pathogen context, resistance mechanisms, literature signals, chemistry, safety, and drug data at a scale manual screening cannot match.
The platform looks beyond obvious antibiotics and known pairings to identify under-tested drug combinations that may help restore activity against resistant bacteria.
Latest AI workflows mine fragmented AMR evidence, rank candidates by resistance-aware fit, and convert the output into clear dossiers instead of raw prediction dumps.
Results are reviewed manually and strengthened with input from expert scientists and renowned pharma consultants around the world before partner handoff.
Case Study
A focused N. gonorrhoeae rescue model showing how Bactrix evaluates omeprazole with ceftriaxone and edetic acid/EDTA as a testable adjunct-therapy hypothesis.
The case frames omeprazole as a repurposed adjunct candidate for ceftriaxone rescue in resistant N. gonorrhoeae biology.
The dossier separates direct-target claims from indirect potentiation, permeability, and compatibility questions around the combination.
The output converts the hypothesis into checkerboard MIC, FIC index, time-kill, cytotoxicity, and compatibility tests.
Partner Access
Bactrix is opening controlled review sessions for teams that want to evaluate AI-ranked AMR rescue dossiers and wet-lab partnership opportunities.
Launch the private Bactrix console for approved diligence and partner sessions.