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Bionano SP Prep Tissue and Tumor DNA Isolation Protocol Video Tutorial - Homogenization and Filtration
Unraveling complex structural variant patterns in cancer using optical mapping and linked-reads
Towards high quality reference assemblies for all vertebrate genomes
Bionano data solutions to power your next discovery
Identifying structure of human papillomavirus genomes in head and neck cancers
Bionano optical mapping, in combination with other sequencing-based technologies, to deliver accurate chromosome length genome assemblies.
Reference quality genomes of bats to illuminate the genomic determinants and evolution of unique adaptations in bats.
Improvements of North American catfish genome assemblies with optical mapping.
Demo of FSHD Analysis
SP Sample Prep Walkthrough
Recent workflow advances from Bionano Genomics
Genomic insights revealed by optical mapping the 3q29 deletion interval
Uncovering the precise genomic location of inversion events using optical mapping
Going beyond a single human reference. Lessons learned from sequencing over 20 genomes.
Applications of whole genome imaging in translational research
Making the right call for structural variants interpretation using artificial intelligence and OM
Bionano mapping for evaluation of structural variants in genetic diseases
Optical mapping for chromosomal abnormalities. A pilot study for feasibility study for clinical use.
Characterization of clinically relevant repeats in the human genome
A novel molecular diagnostic tool for comprehensive assessment of structural chromosomal variations in Myelodysplastic Syndromes
Whole genome imaging to streamline cancer cytogenetics and identify novel rearrangements and biomarkers
High resolution view of D4Z4 repeat regions for studying FSHD using Bionano whole genome optical mapping
Advanced analysis of risk loci in congenital disorders using Bionano optical genome mapping
Resolving complex genomic haplotypes in neurodegenerative disorders using Bionano Genomics Saphyr System
Dr. Sven Bocklandt details the Saphyr Genome Imaging System's SV detection capabilities in Cancer
Dr. Alexander Hoischen
Dr. Hoischen reviews his work using Bionano digital cytogenetics applications
Dr. Rashmi Kanagal-Shamanna
Dr. Kanagal-Shamanna shares how Saphyr technology detected novel structural variants and complex rearrangements.
Dr. Brynn Levy
Dr. Brynn Levy shares how Saphyr technology accurately detected clinical variants in leukemia.

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