INSIGHTS & IDEAS
Explore sequencing workflows, research applications, and perspectives from Paragon Genomics.
Articles 1–10 of 80
In modern genomics research, turnaround time has become a key factor for both academic and clinical projects. Data accuracy and coverage still matter, of course, but…
Targeted sequencing has become a core approach in genomics research and applied sequencing workflows, letting labs focus their analytical power on specific regions of interest rather…
The field of oncology has been transformed by advances in precision medicine, where understanding the unique genetic makeup of a patient’s tumor is critical for tailoring…
Next-generation sequencing (NGS) has become a foundational technology in hospital laboratories, enabling precision diagnostics and supporting personalized care across oncology, infectious disease, inherited conditions, and pharmacogenomics.…
Amplicon sequencing has rapidly become a critical tool in modern clinical diagnostics, offering a highly sensitive and precise method for detecting genetic variants, mutations, and pathogens.…
Crop diseases caused by fungal, bacterial, and viral pathogens can lead to devastating yield losses and threaten global food security. Early detection and accurate tracking are…
Pharmacogenomics is no longer a distant promise of personalized medicine. It's already reshaping how we approach treatment decisions in research and clinical settings. With next-generation sequencing…
Genotyping plays a central role in accelerating modern breeding programs. For example, if you're developing crops with higher yield or livestock with better disease resistance, the…
As H5N1 continues to evolve and pose serious threats across animal and human populations, the need for sensitive, high-throughput genomic tools is more urgent than ever.…
Mantle cell lymphoma (MCL) is a rare but aggressive blood cancer that often responds to advanced treatments at first. Over time, however, many patients develop resistance…