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Phage genome analysis
Characterize phage isolates for safety, lifestyle, taxonomy, receptor-binding features, depolymerases, and candidate prioritization.
Microbial genomics intelligence
From DNA to decisions.
AnnoTome turns phage, bacterial isolate, and metagenomic sequencing data into clear biological reports for research, biotechnology, agriculture, food, and fermentation projects.
Research-use-only microbial genomics support. Built for teams that need biological meaning, not another automated pipeline dump.
AnnoTome
Phage genome safety interpreted
Bacterial WGS decision-ready
Fermentation microbiome monitored
DNA
Bacterial isolate WGS
Identify species, resistance and virulence markers, plasmids, prophages, strain relationships, and biologically relevant risk signals.
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Metagenomics
Profile complex microbial communities from feces, soil, food, and environmental samples with interpretation-first reporting.
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Fermentation genomics
Track batch-to-batch community structure, flag contamination and spoilage organisms, and confirm yeast and starter-culture identity across production runs.
What we actually deliver
Reports that answer the biological question.
Most sequencing reports stop at tool output. We add the layer that matters: quality control, biological interpretation, project-specific recommendations, and clear limitations.
Typical deliverables
Concise executive summary for decision-makers.
Full technical appendix with tools, databases, versions, and parameters.
Publication-ready tables and figures where relevant.
Candidate ranking for phage, isolate, or microbiome projects.
Clear flagging of uncertainty, contamination, weak evidence, and follow-up validation needs.
Start narrow, expand intelligently
From phage discovery to soil and fermentation monitoring.
AnnoTome begins with phage isolates, bacterial isolates, and metagenomics. The same core expertise can support microbial questions in agriculture, breweries, cheese production, veterinary research, and industrial microbiology.