Genomics & Sequence Analysis
Whole-genome sequencing analysis, genome assembly and annotation, comparative genomics, variant analysis, sequence alignment, phylogenetics, and evolutionary analysis.
Explore GenomicsBioinformatics & Molecular Biology Analysis
From DNA sequences and microbial genomes to microbiome studies, molecular data, and advanced computational analysis, CBRAnalytics helps researchers turn complex biological data into clear, reproducible, scientifically meaningful results.
Services overview
Infographic
An overview of the analysis areas covered on this site, from sequence and microbiome work through to statistics and molecular biology. This infographic is illustrative and is not a client result.
Turning data into answers
Choosing the right analysis, checking assumptions, interpreting the results, and preparing clear figures takes time and specialist knowledge.
CBRAnalytics provides tailored bioinformatics and molecular biology analysis support for students, researchers, laboratories, and research teams. We begin by understanding the biological question, the available data, and the intended use of the results, then recommend an appropriate analytical approach.
Services
A focused set of services covering sequence data, microbial communities, gene expression, structure, statistics, and the molecular biology around them. The right scope is agreed with you before work begins.
Whole-genome sequencing analysis, genome assembly and annotation, comparative genomics, variant analysis, sequence alignment, phylogenetics, and evolutionary analysis.
Explore GenomicsAmplicon and shotgun metagenomics workflows, taxonomic profiling, microbial diversity, community comparisons, differential abundance, and functional analysis where supported by the data.
Explore MicrobiomeRNA-seq analysis, differential expression, functional enrichment, pathway analysis, and analysis and visualisation of qPCR or other gene-expression datasets.
Explore TranscriptomicsProtein sequence and structure analysis, structure modelling, molecular docking, protein-ligand interaction visualisation, and related computational workflows.
Explore Structural BioinformaticsStatistical analysis of biological experiments, data visualisation, publication-quality figures, and clear interpretation of analytical outputs.
Explore Statistics & FiguresSupport with molecular genetics, genotyping, sequence interpretation, assay-data analysis, experimental planning, and laboratory research workflows, subject to project scope and availability.
Explore Molecular BiologyWhy work with us
We discuss your research objective and dataset before recommending an analysis.
You receive a clear description of the methods, assumptions, and limitations relevant to your project.
Outputs such as figures, tables, analysis summaries, code, and documentation are agreed in advance, depending on the project.
We aim to explain what the results mean biologically, not just provide files without context.
Project data and confidentiality requirements are discussed before any data transfer.
How we work
Four steps, and you always know which one you are on.
Share the research question, data type, and intended outcome. Please do not send sensitive data through an unapproved channel.
We review the available information and clarify the methods, inputs, deliverables, timeline, and quotation.
Work proceeds according to the agreed scope, with suitable checks and documented limitations.
Receive the agreed figures, tables, reports, and other outputs, plus an opportunity to clarify the findings.
Sample analyses
Each example shows the kind of figures and reporting a project can produce. These are clearly labelled demonstrations using public or schematic data, not client work.
Demonstration
Workflow
A schematic overview of a typical analysis pipeline, from raw data and quality control through to figures and a written interpretation.
Demonstration
Genomics
Whole-genome phylogeny showing relationships among sequenced isolates, with the alignment, model, and support values reported alongside the tree.
Demonstration
Microbiome
Community composition and diversity summaries from metagenomic data, with group comparisons tested rather than read off a plot.
Every figure is illustrative. For a real project, the exact deliverables are agreed in writing before work starts.
About
CBRAnalytics supports researchers who need careful analysis of biological data. Our approach connects computational methods with the underlying biological question, with an emphasis on transparent methods, clear communication, and outputs that researchers can understand and evaluate.
A detailed profile of the team and their research background is being prepared.
Questions
A few of the things researchers ask before getting in touch. The full list is on the FAQs page.
CBRAnalytics supports a range of bioinformatics and molecular biology analysis projects, including sequence analysis, microbial genomics, microbiome studies, gene-expression data, structural bioinformatics, statistics, and scientific visualisation. The exact scope depends on the project and the data available.
Yes. Describe your research question, what data you have, and what you hope to understand. We can discuss possible approaches and clarify what information is needed before quoting.
This depends on the service. Common examples include FASTA, FASTQ, BAM/CRAM, VCF, count tables, metadata spreadsheets, and common tabular formats. Please describe your files first, and do not send restricted or sensitive files through an unapproved channel.
Research analysis and scientific interpretation support may be available depending on project scope. The researcher remains responsible for understanding the work, following institutional rules, accurately reporting methods, and complying with authorship and research-integrity policies. We do not fabricate data, results, citations, or experimental outcomes.
Figures can be prepared to agreed specifications. Publication does not depend on figure appearance alone; the underlying analysis, study design, and interpretation must also be appropriate.
Pricing depends on the data type, sample count, analysis complexity, input quality, requested deliverables, and timeline. Contact us with a short project brief for a tailored quotation.
Tell us what you are studying, what data you have, and what you hope to learn. If you are not sure which analysis is appropriate, start with a brief description and we can discuss the next step.
Contact
Share the research question, the data you have, and the intended outcome. If some of it is still open, say so. If you are not sure which analysis you need, a short description is enough to start.
Confidentiality requirements are discussed before any data transfer. An NDA can be put in place before you share sensitive files.
We could not submit your inquiry.
Please try again or email us directly. Your message has not been confirmed as sent.