Research Articles
The 2014 CLINAM Summit: Where Nanomedicine's Future Took Center Stage
Explore how the 2014 CLINAM Summit in Basel became the catalytic moment for nanomedicine, bringing together Nobel laureates, industry CEOs, and regulatory pioneers to reshape medicine's future.
Unraveling Flax's Blueprint: The Chromosome-Scale Assembly Revolution
How chromosome-scale genome assembly is transforming flax into a model for genomic innovation and sustainable agriculture.
Cracking the Genetic Code: The Clever Science of Sequencing Non-Model Mammals
Exploring innovative genome sequencing approaches for non-model mammals, featuring case studies and cost-quality analysis.
Cracking the Ruby Code: India's Pomegranate Gets Its Genetic Blueprint
Discover how scientists created the first high-quality reference genome sequence for India's pomegranate variety 'Bhagawa' and its implications for agriculture.
The Duck Genome Decoded: How Influenza's Natural Host Fights Back
Discover how the chromosome-scale duck genome reveals expanded MHC multigene families that provide resilience against influenza viruses.
Unlocking the Mosquito Genome: Telomere Breakthrough Lights Path to Malaria Control
Landmark study reveals novel telomere structure in malaria mosquito, opening new avenues for disease control and genomic research.
The Hidden Scars of Hepatitis B: How Viral DNA Shatters Our Genomes and Drives Liver Cancer
Discover how Hepatitis B virus integration causes genomic instability and drives hepatocellular carcinoma through cutting-edge genomic imaging technologies.
Seeing the Unseeable: How Optical Genome Mapping Reveals Cancer's Hidden Secrets
Discover how Optical Genome Mapping (OGM) with Bionano VIA™ software reveals structural variants in solid tumors that were previously invisible to traditional sequencing methods.
Seeing the Invisible: How Optical Genome Mapping is Revolutionizing Chromosome Analysis
Discover how Optical Genome Mapping (OGM) is transforming chromosomal analysis with unprecedented resolution and speed in cancer diagnostics and genetic research.
The Genome's Uncharted Territory: How Bionano Optical Mapping Reveals What DNA Sequencing Misses
Discover how Bionano Optical Genome Mapping reveals structural variants that traditional DNA sequencing misses, with applications in cancer research and rare disease diagnostics.