Stratalycs has a team of excellent researchers presently dealing with bioinformatics research projects. Our team finds unique solutions to client research problems, and we encourage students and researchers who are interested in research.
We take on problems where the method is not settled yet - the ones that need a piece of work designing before they can be delivered.
Our genomics research turns complex sequencing data into scientific and clinical insight through reproducible, scalable and secure pipelines, across healthcare, biotechnology, agriculture and environmental science.
What this includes
Collaborative research projects
Working with your researchers on defined questions, with agreed outputs and authorship.
Method development
Designing and validating an approach where an off-the-shelf pipeline does not fit.
Feasibility studies
A short piece of work establishing whether a larger programme is worth funding.
Student and researcher support
Mentoring and technical support for those building bioinformatics skills.
Research focus
- Human genomics and precision medicine
- Cancer and disease genomics
- Transcriptomics and functional genomics
- Population and comparative genomics
- Agricultural and microbial genomics
Sequencing and assays
- Whole genome sequencing (WGS)
- Whole exome sequencing (WES)
- RNA-Seq, bulk and single-cell
- Metagenomics and microbiome analysis
- Epigenomics: methylation and chromatin studies
Bioinformatics and AI
- Variant discovery and annotation
- Differential gene expression analysis
- Pathway and network analysis
- Machine learning-based biomarker discovery
- Multi-omics data integration
Precision medicine and clinical research
We work closely with clinicians, diagnostic laboratories and research hospitals.
- Disease-specific biomarker identification
- Pharmacogenomics for optimised drug response
- Risk prediction and patient stratification
- Translational genomics for clinical decision support
Genomics beyond healthcare
- Crop improvement and stress-resistant breeding
- Microbial genomics for soil and gut health
- Environmental DNA (eDNA) biodiversity studies
- Sustainable agriculture and ecosystem monitoring
Research integrity
- Ethical research frameworks
- Secure data handling and privacy
- Reproducible pipelines
- International data standards
What you get
- A defined method where none existed
- Evidence for whether a larger study is worth running
- Documented, reproducible work
- Knowledge transferred to your own researchers