Bacterial Profiling and Characterization

Understand your bacterial isolates with confidence using SeqCoast’s comprehensive profiling pipeline. From taxonomic confirmation and strain classification to resistance gene detection and genomic comparisons, our reports deliver the insights needed for research, surveillance, and quality assurance applications.

Bacterial Profiling

What is bacterial profiling?

Bacterial profiling enables detailed characterization of bacterial isolates from whole-genome sequencing data. SeqCoast’s bacterial profiling workflow identifies bacterial species and strains, characterizes sample relatedness, detects antimicrobial resistance and virulence-associated genes, and screens for plasmids. The resulting report provides a comprehensive view of isolate identity, genomic features, and relatedness across collections of samples.

Bacterial profiling has applications across fields including:

What's included?

Our report includes accessible, publication-ready analysis results designed to help researchers, public health teams, and industry scientists quickly interpret bacterial genome sequencing data.

Publication-ready analysis results

Documentation of methods and citations

Quality control

Analysis process

Our analyses are built with state-of-the-art computational tools and industry-standard quality control tools tailored to our workflow. Final reporting includes:

Taxonomic Profiling with Kraken2 and Bracken
  • Confirm bacterial species identity using comprehensive reference databases.
  • Detect potential contamination or mixed-species samples.
  • Generate standardized classifications across all isolates.
Strain Typing with MLST
  • Classify isolates into established strain types using industry-standard methods.
AMR Marker Detection with AMRFinderPlus and ResFinder
  • Detect antimicrobial resistance (AMR) markers within bacterial genomes.
  • Report genomic location, coverage, and sequence identity.
  • Summarize resistance elements by antimicrobial class.
Virulence Marker Detection with abricate
  • Detect virulence-associated genes within bacterial genomes.
  • Report genomic location, coverage, and sequence identity.
  • Characterize virulence-associated features across isolates.
Plasmid Identification with MOB-suite
  • Detect plasmid sequences.
  • Predict mobility characteristics and transfer potential.
Relatedness Clustering with SKA
  • Quantify genetic similarity between isolates using SNP-based comparisons.
  • Cluster highly related samples.
  • Visualize relationships through distance matrices and clustering analyses.
Quality Control with QUAST, BUSCO, CheckM, and more
  • In-depth quality control metrics returned to you and reviewed by expert bioinformaticians.

Need something beyond the standard workflow?

We understand that some research requires specialized attention. Customized processing, reporting, and bioinformatics analyses are available for specialized research projects.

Pricing — the more you order, the lower the price!

Service Name
List Price
Price at 24–10,000+ Samples
Bacterial Profiling
$40.00

Why order SeqCoast analysis?

Get interpretable results, not just a folder of output files. Transform raw sequencing data into actionable insights

Save time with analysis infrastructure that's ready to scale from pilot studies to enterprise-scale projects.

Reduce cost and complexity by leveraging our established cloud computing environment and validated workflows.

Accelerate research with rapid turnaround times and high-throughput processing capabilities.

Skip building and maintaining a bacterial profiling pipeline of your own, at any batch size.

Trust your results with rigorous QC, proven pipelines, and expert scientific review.

Data delivery, security, and access

We make it easy to access your data!

Frequently Asked Questions

Can this pipeline be run iteratively/longitudinally?

Yes! The bacterial profiling pipeline can be run iteratively, with additional samples added across a series of runs. If you have specifically ordered iterative analysis, SeqCoast Genomics will ensure that the data needed for future pipeline inputs is stored appropriately.

Every order is reviewed by an expert bioinformatics scientist to ensure accurate, high-quality results!