Understanding ANI: How Average Nucleotide Identity Defines Species
A practical guide to interpreting ANI thresholds and why 95% matters for microbial species delineation.
Precision Genomics. Reliable Insights. You upload your sequencing data — FASTQ, FASTA, assembled genomes or contigs — and we deliver advanced computational analysis with publication-quality reports and clear scientific interpretation.
Drop your genome data
0h
Highlight report turnaround
0+
Analysis modules
0
Best-in-class tools
0%
Confidentiality assured
Specialist microbial WGS bioinformatics, delivered fast, affordably and with rigorous scientific interpretation.
Fast-tracked key findings delivered within three days of data upload.
Transparent, research-friendly pricing with no hidden costs.
Journal-grade figures, tables and interpretation, ready to submit.
Every result is contextualised by an expert bioinformatics team.
Guidance from raw reads to manuscript, tailored to your study.
Encrypted transfer and storage across the full analysis pipeline.
Your data and findings remain strictly private to your project.
Specialists in microbial genomics using state-of-the-art tools.
BacSeq Analytics is a pure bioinformatics service. You provide the sequencing data; we turn it into insight. That focus is exactly why our analysis is fast, affordable and deep.
Advanced computational analysis of microbial whole genome sequencing data, from quality control and assembly through functional bioinformatics, interpretation and publication-quality reporting.
Seventeen analysis modules spanning assembly, annotation, resistance, virulence, metabolites and comparative genomics.
End-to-end interpretation of complete microbial genomes.
De novo assembly of reads into high-quality contigs and scaffolds.
Structural and functional annotation of genes and features.
Accurate taxonomic placement from genomic signatures.
Average Nucleotide Identity for precise species delineation.
Detection of antimicrobial resistance genes and determinants.
We focus exclusively on microbial WGS bioinformatics — so every project benefits from deep expertise, reproducible pipelines and genuine scientific interpretation.
WGS Analysis Report
Escherichia coli — Isolate BSQ-0142
5.24 Mb
Genome Size
50.8%
GC Content
4,912
CDS
17
AMR Genes
AMR — Resistance by Antibiotic Class
Detected Features
Three clear tiers — Basic, Standard and Premium — each building on the last. Contact us for tailored pricing.
Essential genome characterisation
Species-level identification and core quality assessment.
Comprehensive functional profiling
Everything in Basic, plus deeper functional insight.
Publication-grade deep genomics
Everything in Standard, plus advanced discovery and consultation.
A transparent, reproducible pipeline — no sequencing, pure analysis.
Securely upload FASTQ, FASTA, assembled genomes or contigs.
Read quality assessment and trimming with fastp.
De novo assembly with SPAdes and assembly validation.
Structural and functional annotation with Prokka and RAST.
AMR, virulence, plasmids, CAZymes and metabolite discovery.
Expert contextualisation of every genomic finding.
Publication-quality report with dashboards and figures.
Encrypted delivery of your final report and data.
We build reproducible, Snakemake-orchestrated pipelines around the tools trusted by the microbial genomics community.
fastp
Read QC & trimming
SPAdes
Genome assembly
Prokka
Rapid annotation
RAST
Subsystem annotation
BlastKOALA
KEGG functional mapping
antiSMASH
Secondary metabolites
dbCAN2
CAZyme annotation
ResFinder
AMR detection
PathogenFinder2
Pathogenicity prediction
FastANI
ANI computation
Snakemake
Reproducible pipelines
fastp
Read QC & trimming
SPAdes
Genome assembly
Prokka
Rapid annotation
RAST
Subsystem annotation
BlastKOALA
KEGG functional mapping
antiSMASH
Secondary metabolites
dbCAN2
CAZyme annotation
ResFinder
AMR detection
PathogenFinder2
Pathogenicity prediction
FastANI
ANI computation
Snakemake
Reproducible pipelines
Microbiome Research
Probiotic Research
Food Microbiology
Industrial Biotechnology
Agricultural Microbiology
Environmental Microbiology
Academic Research
Biotech Companies
Pharmaceutical Research
Hospital Research Laboratories
What our clients say about turnaround, clarity and publication-readiness.
“The 72-hour highlight report gave us the resistance profile we needed before our grant deadline. The interpretation was clear and genuinely useful.”
Dr. A. Sharma
Microbiology Research Lead
“Publication-ready figures straight out of the box. Two of the circular genome maps went directly into our paper with no reformatting.”
Dr. M. Nair
Principal Investigator, Probiotics
“Affordable, fast and confidential. BacSeq handled a batch of 40 isolates and delivered consistent, well-documented comparative genomics.”
R. Baruah
Biotech R&D Manager
Practical microbial genomics — methods, interpretation and best practice.
A practical guide to interpreting ANI thresholds and why 95% matters for microbial species delineation.
How whole genome sequencing accelerates antimicrobial resistance detection and what a robust pipeline looks like.
Biosynthetic gene clusters hold the key to new metabolites. Here is how we screen genomes for discovery.
Get a highlight report within 72 hours. Share your project and our bioinformatics team will respond within one business day.