Hybridization capture vs. amplicon sequencing: When and why it matters
A deep dive into hybridization capture for targeted sequencing Targeted NGS: A cost-effective approach to genomic research Whole genome sequencing is powerful, but it isn’t always the right tool for the job. When your research...
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The Discovery Series: Powered by myBaits
Transforming genomics with hybridization capture – from coffee crops to centuries-old remains Hybridization capture brings optimization and impact to the forefront of discovery, offering researchers an efficient and targeted method for genomic analysis. In a...
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Advancing forensic genetic genealogy with hybridization capture: A high-density SNP approach to genotyping complex samples
Design and validation of a 1.2M SNP panel for distant kinship analysis presented by Brian Brunelle During the 2025 International Symposium on Human Identification, Brian Brunelle, PhD, of Daicel Arbor Biosciences presented research evaluating...
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Removing barriers to better research
Accelerating discoveries in NGS with scalable pricing, community-driven panels, and support for labs at every stage The pace of life science research has always depended on a careful balance of curiosity, rigor, and resources. In...
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Leveraging hybridization capture in targeted next-generation sequencing
The Power of Hybridization Capture: A Guide to Targeted Next-Generation Sequencing Next-generation sequencing (NGS) has revolutionized genetic research by enabling scientists to sequence millions of DNA or RNA molecules simultaneously. However, the sheer complexity of...
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Targeted methylation sequencing – the next frontier in epigenetic research
Methylation Sequencing: Unraveling the Epigenetic Code with Targeted Solutions Understanding DNA Methylation: The Epigenetic Cornerstone DNA methylation is a key epigenetic mechanism controlling gene expression and plays a fundamental role in cellular development, differentiation, and...
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Beyond the bench: Setting the stage for genomic discovery
Five ways to prepare for NGS success As the end of summer approaches, the research landscape is shifting just as quickly as the seasons, demanding both preparation and adaptability to keep projects moving forward. From...
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Five key growth areas of next-generation sequencing
The Evolution of Next-Generation Sequencing: Five Key Growth Areas Accelerating research with targeted sequencing Next-generation sequencing (NGS) continues to revolutionize genomic research, expanding into diverse scientific disciplines with transformative impacts. While whole-genome sequencing provides...
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myBaits® targeted sequencing: revealing hidden microbial diversity
Unlocking microbial diversity with targeted sequencing The challenge of analyzing complex microbial communities Microbial communities play crucial roles in human health, the environment, and ecological systems, and by studying them, we can learn how to...
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Blueberries and beyond: unraveling genomic blueprints for the future of crop development
2024 AVITI™ for Agrigenomics Grant recipient, Jacob B. Landis shares his journey in plant adaptation discovery in collaboration with Daicel Arbor Biosciences Beneath the deep blue skin of a blueberry lies more than just antioxidant...
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