Genotyping provides the genetic data that underpins modern breeding and genomics programmes. Organisations use genotyping to support marker-assisted selection, genomic selection, trait discovery, parentage analysis and quality assurance across breeding and research workflows.
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Advancing breeding and genomics programmes
Supporting informed selection decisions with reliable genetic data
Genotyping solutions for breeding and research programmes
Whether you are advancing a breeding programme, validating genetic markers, implementing genomic prediction strategies or expanding laboratory throughput, LGC provides trusted solutions to support your workflow.
How LGC supports genotyping programmes
Modern breeding and genomics programmes require dependable data, scalable workflows and technologies that can adapt as programmes evolve. We support laboratories with integrated solutions that span DNA extraction, PCR, SNP genotyping, sequencing and workflow automation, helping teams move efficiently from discovery to implementation.
Who we support
We support plant breeders, animal breeders, agrigenomics laboratories, seed companies and research organisations implementing marker-assisted selection and genomic selection programmes.
What they need
Reliable genotyping workflows, flexible assay design options, scalable throughput and technologies that support applications ranging from routine SNP screening to marker discovery and genomic exploration.
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Explore related solutions
Applications
Discover solutions that support marker-assisted selection, genomic selection, trait mapping, parentage analysis, genetic quality control and crop and livestock improvement programmes.
Technologies
Explore the technologies used throughout modern genotyping workflows, from PCR-based variant detection and SNP genotyping to sequencing and genotyping by sequencing approaches.
Featured Resources
Featured Resources
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Why choose LGC?
Trusted partner for breeding and genomics programmes.
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Products
11,000
Products supporting global life science workflows
Global reach
144
Countries served worldwide
Metz, S.W., Thomas, A., White, L., Stoops, M., Corten, M., Hannemann, H. and de Silva, A.M.
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Frequently asked questions
Which genotyping method is best for my sample volume?
The most suitable method depends on sample numbers, marker density requirements and programme objectives. KASP™ genotyping is widely used for targeted SNP genotyping across large sample sets, while sequencing-based approaches such as Amp-Seq One™, Flex-Seq™ and Capture-Seq™ are often selected when greater marker density or discovery capabilities are required.
How does KASP™ compare with other genotyping chemistries?
Selecting the right genotyping chemistry requires consideration of assay design, sample throughput, laboratory workflows and project objectives. KASP™ supports flexible, scalable SNP and InDel genotyping across a broad range of applications. Our scientific team can help evaluate your requirements and recommend the most suitable genotyping strategy.
What factors affect genotyping costs?
Costs vary based on sample volume, marker density, assay complexity and technology selection. Targeted SNP genotyping and sequencing-based approaches address different programme requirements and cost structures. Contact our team for project-specific guidance.
How long does custom assay development take?
Development timelines vary depending on marker availability, project complexity and validation requirements. Our scientific team works closely with customers to determine the most efficient path from assay design to deployment.
Can additional markers be introduced during an ongoing programme?
Many genotyping workflows can accommodate evolving programme requirements. The flexibility available depends on the technology and study design being used. Our team can advise on the most suitable approach.
What DNA quality is required?
Requirements vary by technology. KASP™ workflows can often support lower-quality or crude DNA preparations, whereas sequencing-based methods generally require purified DNA of medium to high quality for optimal performance.
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Looking for genotyping expertise?
Whether you are implementing marker-assisted selection, evaluating SNP genotyping strategies, moving from marker discovery to assay deployment or expanding programme capacity, our specialists can help identify the right solution for your objectives.