Breeding programs
Support selection, trait research, germplasm screening, and recurring seasonal programs.
Genetic variation
Scalable genotyping for research and breeding.
High-throughput SNP genotyping supports screening, association studies, population research, identity, parentage, and marker-assisted selection across plant, animal, and aquatic systems.
Study-aligned workflows
Match marker density, sample volume, and output.
A useful genotyping plan starts with the biological question—not the instrument.
We review species, known marker content, project scale, sample readiness, controls, and required data formats before selecting a fixed-array or targeted sequencing approach.
- Flexible inputsStart with biological material or assay-ready genomic DNA.
- Consistent processingAutomated plate handling and method-specific controls support repeatable project execution.
- Usable outputsGenotype matrices, sample and marker QC, machine-readable files, and scoped analysis.
Common applications
Genotyping across living systems.
Population studies
Investigate diversity, structure, association, adaptation, and comparative relationships.
Identity & parentage
Laboratory processing for validated research programs with defined markers and interpretation rules.
Defined before processing
Quality and data deliverables.
Project planning
- Species, reference build, and study objective
- Sample count, annual volume, and plate format
- Controls, replicates, thresholds, and rerun rules
Data package
- Sample and marker quality summaries
- Genotype matrix and agreed machine-readable files
- Failure, exception, and rerun reporting
Plan the study
Bring us the markers and samples.
Tell us the species, sample count, research goal, and desired output. We can help shape the most practical workflow.
Discuss a genotyping project