SciBerg provides clinical bioinformatics support for whole-genome sequencing, whole-exome sequencing, clinical exomes, gene panels, tumour biopsy sequencing, and custom translational genomics projects. We combine validated NGS analysis, current references and databases, comprehensive quality reporting, AI-assisted interpretation, and expert scientific review.
Services are designed for de-identified sequencing data and project-specific clinical or phenotypic information provided by the client.
Investigation of putative causes of monogenic diseases in WGS data, including optional analysis support for mitochondrial DNA genes.
Analysis of whole-exome sequencing, clinical exome sequencing, and disease- or gene-specific panel sequencing data.
Comprehensive analysis of WGS, WES, or panel sequencing data obtained from tumour biopsy samples.
Custom bioinformatics support for non-invasive diagnostics, circulating nucleic acids, tumour monitoring, and biomarker-oriented studies.
AI-enabled support for literature review, phenotype-to-gene context, report drafting, and internal knowledge extraction.
Project-specific pipelines for academic, clinical, biotech, and industrial collaborators with specialized sequencing or reporting needs.
The process is designed to be transparent and reproducible, with careful quality control and project-specific interpretation.
We review the sequencing type, sample number, phenotype or clinical context, data format, and requested deliverables.
Raw data are quality-checked, aligned, processed, and summarized using appropriate references and documented parameters.
Variants are called, filtered, annotated, and prioritized according to the project objective and available metadata.
Candidate findings are connected to genes, pathways, disease context, oncology knowledge, or research hypotheses.
You receive QC reports, tables, prioritized results, reproducible scripts, methods support, and optional report narratives.
SciBerg can integrate AI into clinical bioinformatics workflows for faster evidence organization, literature-context summaries, automated reporting, and internal knowledge management.
Summarize gene, variant, pathway, druggability, or disease-context evidence into reviewable working documents.
Use structured phenotype and clinical-context information to support candidate-gene prioritization workflows.
Create standardized, editable report drafts for recurring analysis types, always subject to expert review.
Build secure internal systems to search reports, SOPs, publications, project notes, and curated databases.
Custom projects are calculated based on scientific effort, complexity, sample number, references, databases, deliverables, and timeline.
Standard bioinformatic analysis of human whole-genome sequencing data.
€780 / sampleStandard bioinformatic analysis of human exome or panel sequencing data.
€540 / sampleRates indicated above do not include VAT. Custom project pricing may be calculated based on senior scientist effort and project complexity.
Clinical-context interpretation requires relevant, de-identified phenotype or clinical information supplied by the client.
Clinical genomics depends on up-to-date references, annotations, gene panels, and disease or oncology knowledge resources.
Bioinformatics results support qualified clinical or scientific decision-making and should be reviewed in the appropriate professional context.
After evaluating your request, SciBerg can offer an initial free-of-charge consultation to discuss deliverables, timeline, data requirements, and pricing.
