Precision genomics for bacterial identification.

A focus on Bacterial Genome Sequencing:

16S rNA Sequencing for accurate bacterial identification

Advance your research and development with Cmbio’s Bacterial Genome Sequencing (BGS) services, employed by top laboratories and biotechnology organizations globally.

Our team of microbiome specialist partners with you throughout your project, delivering more than raw data. We provide expert guidance for optimal analysis aligned to your specific research questions and facilitate maximum insight from your sequencing results. 

REQUEST A QUOTE
Picture lab 1
BGS_wsbanner

Our BCG Core Services

We deliver detailed bioinformatics reports, raw sequencing files (FASTQ, BAM, VCF), with optional interactive dashboards for data visualization. 

Integrative Multi-Omics

Expand analysis to additional strains and data layers, such as Metabolomics or Metaproteomics, for multidimensional insights. 
Next Generation & Long-Read Sequencing: 

Harness industry-leading platforms, including Oxford Nanopore Technologies, for throughput, real-time sequencing, and comprehensive data. Rapid, large-scale sequencing outpaces traditional methods for efficiency and quality.  
Whole-Genome Sequencing: 

Achieve precise bacterial DNA mapping with Element, Illumina, and Oxford Nanopore, suitable for sequencing isolates and underpinning microbial genomics projects.  
Phylogenetic Profiling: 

Determine taxonomic identity and evolutionary relationships for rigorous strain characterization.
Unknown

Our Experience in BGS

Over a decade of genomics expertise.

 

Bacterial genome sequencing is integral to public health and clinical research, enhancing pathogen identification, supporting surveillance, and enabling effective outbreak investigation and disease control.

With extensive experience in microbial genomics, Cmbio's scientists have produced thousands of reproducible bacterial genome sequences across clinical, environmental, and industrial scenarios. We offer precise identification and characterization of bacterial species from diverse isolates, ensuring reliable results for critical research and operational use.

Our specialized team conducts microbial identification and bioinformatics analysis, supporting projects from sample extraction to comprehensive data interpretation. By applying advanced laboratory technologies and robust computational tools, we uphold stringent standards for accuracy and reproducibility. 

 

GET IN TOUCH

Our Process - How does it work?

Optimized sequencing workflow tailored to your needs.
2_sequencing
Sample Extraction
 

Send your bacterial samples to our US or EU lab following our shipping guide. We handle all logistics for secure transport.

1_Sample extraction
Sequencing
 

Processing usually initiates within 2–5 business days in our state-of-the-art facility, where the sequencing process uses advanced long-read technologies to generate complete, contiguous genomic sequences. Your samples are carefully sequenced with rigorous quality control throughout the workflow. 

3_data analasys
Data Analysis
 

Experienced  bioinformaticians interpret the data, providing annotated genomes and actionable insights through comprehensive bioinformatics analyses.

4_results delivery
Results Delivery
 

Receive sequencing results in multiple formats (PDF reports, Excel summaries, raw and processed sequence files). We manage turnaround time efficiently, ensuring you get your data promptly, with timelines depending on sample size and any additional processing.

5_supportpng
Support
 

Dedicated scientific advisor available for troubleshooting and consultation at every step. 

The benefits of using Bacterial Genome Sequencing

 

Accuracy

Unbiased, high-resolution identification of strains, mutations, and functional genes. Bacterial genome sequencing is an important tool for identifying pathogenic bacteria and investigating bacterial diseases.

De Novo Assembly

Reconstruct genomes without reference, ideal for novel or uncharacterized strains. Resolve complex regions for accurate reference and comparative studies. 

Comprehensive Data:

Complete genomic insights can inform antimicrobial resistance, virulence prediction, and metabolic capabilities. Genome sequencing also plays a critical role in outbreak investigations by enabling precise tracking and analysis of disease transmission .

Variant Analysis

Identify single nucleotide polymorphisms (SNPs), mutations, resistance genes, and other genetic traits, essential for outbreak investigations and epidemiology.

 

Scalability

Easily adaptable for projects from a few samples to large-scale population studies.

Cross-Sector Application

Serving clinical research, healthcare, food safety, and industrial biotech sectors.

Related Services

Continue your research with Microbial Strain Characterization. Click here to discover in-depth phenotypic and genotypic analyses for your isolates.

Microbial Strain Characterization
Picture lab 1

Why work with Cmbio?

Over a decade of genomics expertise.

 

Founded in 2015, Cmbio is recognized for scientific excellence and a proven decade-long record in microbial genomics. Our team delivers comprehensive genome sequencing and data analysis services underpinned by secure, transparent project management.

  • Demonstrated proficiency in latest platforms (Element, Illumina, Oxford Nanopore).
  • Reliable turnaround and secure data handling.
  • Direct communication and project transparency.
  • Documented references from academic and industry partners.
  • Flexible, competitive pricing options for diverse research needs.

 

GET IN TOUCH