SelectScience InterviewsLife Sciences

Novel Applications for Ultra-Long Read Optical Mapping in Cancer and Genetic Disease

8 Jul 2019
Novel Applications for Ultra-Long Read Optical Mapping in Cancer and Genetic Disease

In this video, Dr. Sven Bocklandt, Director of Scientific Affairs at Bionano Genomics Inc., discusses how the new genome-mapping workflow addresses the difficulty in identifying structural variation with clinical-grade sensitivity and precision. Here, Bocklandt focuses on how the workflow provides high-throughput, high-resolution imaging to detect structural variants directly from megabase-length DNA molecules. However, the workflow is also designed for building high-quality reference genomes and modernizing clinical cytogenetics.

Saphyr Chip®

Bionano Genomics

The Bionano Saphyr Chip ® utilizes hundreds of thousands of massively parallel NanoChannels that linearize long DNA molecules allowing Bionano systems to directly image your samples.

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Saphyr® System

Bionano Genomics

Saphyr, Bionano’s high-speed, high-throughput genome mapping solution, detects and analyzes genome-wide structural variations with exceptional sensitivity and specificity to reveal the true structure of any genome. Saphyr’s breakthrough speed and throughput combined with unmatched structural variation sensitivity make it the ideal solution for identifying disease-associated structural variants in human genetics and oncology translational and clinical research studies.

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Novel Applications for Ultra-Long Read Optical Mapping in Cancer and Genetic Disease