Bacterial Genome Analysis Service
From raw sequencing reads to annotated bacterial genomes
We provide a scalable bacterial genome analysis service that converts raw sequencing data into high-quality genome assemblies, functional annotations, and accurate taxonomic identification. Designed for both academic research and industry applications.
Why Choose Our Bacterial Genome Pipeline?
End-to-End Genome Analysis
Complete bacterial genome analysis from raw reads to annotated and taxonomically assigned genomes.
Validated Workflows
Reproducible, rigorously tested bioinformatics pipelines following community best practices.
Scalable Infrastructure
Optimized to handle projects ranging from single genomes to thousands of bacterial isolates.
Accurate Genome Annotation
High-quality structural and functional annotation of genes and coding sequences.
Genome-Based Taxonomy
Reliable species and strain identification using ANI-based whole-genome comparisons.
Publication-Ready Results
Clear, standardized outputs suitable for publications, regulatory submissions, and industry projects.
Our Bacterial Genome Analysis Workflow
1. Read Quality Control
Strict paired-end read filtering and trimming with full QC reporting.
2. De novo Genome Assembly
High-quality bacterial genome assemblies optimized for short-read sequencing data.
3. Assembly Quality Assessment
Standard genome assembly metrics and quality control to ensure reliability.
4. Genome Annotation
Structural and functional annotation of bacterial genomes, including genes and coding sequences.
5. Taxonomic Identification
Fast and accurate ANI-based taxonomic assignment using a curated reference genome database.
6. Deliverables
Downloadable genome assemblies, annotation files, QC metrics, and clear documentation of methods.
What You Receive
- Summary tables: read QC, assembly metrics, annotation statistics, and ANI results
- Downloadable genome assemblies and annotation files
- Clear documentation of methods and outputs
Scalable for Large Genome Projects
Our infrastructure supports the analysis of hundreds to thousands of bacterial genomes, ensuring consistency, reproducibility, and high performance.
Interested in starting a project or scaling up your bacterial genomics analysis?
📩 Contact us at james.green.bioinf@gmail.com