Next-Generation Mapping (NGM) generated by the Bionano Irys® or Saphyr™ Systems enables researchers to more fully and accurately characterize the human genome. This webpage provides links to Bionano mapping data, de novo assemblies, and annotations of genomic variation to be used with our Bionano Access™ or IrysView® software.
We provide these datasets to enable the community to better understand and interact with NGM data.
For Bionano Access, directly import the compressed download.
Structural Variation Training Datasets (Bionano Access)
|GM24143 (DLS)||April 18, 2018||2.6 GB||Download|
|GM24149 (DLS)||April 18, 2018||2.2 GB||Download|
|GM24385 (DLS)||April 18, 2018||2.7 GB||Download|
|NA12878 (DLS)||April 18, 2018||2.6 GB||Download|
|NA12878 (BSPQI)||August 28, 2017||2.5 GB||Download|
|NA12878 (BSSSI)||August 28, 2017||2.0 GB||Download|
NA12878 genome was mapped using DLE-1 direct labeling enzyme and BSPQI and BSSSI nicking enzymes on the Saphyr system. Nickase genome map assembly, alignments, and structural variation calling was generated using Bionano Solve v3.1 (nickase) and v3.2.1 (DLS). Visualization of the assembly report, molecules to maps alignment, and structural variation alignment to hg19 is done using Bionano Access v1.1 (nickase) and v1.2 (DLS).
Hybrid Scaffold Training DataSets (Bionano Access)
|NA12878 BSPQI (PACBIO)||August 28, 2017||3.6 GB||Download|
|NA12878 2-Enzyme BSPQI and BSSSI (PACBIO)||August 28, 2017||2.6 GB||Download|
NA12878 genome was hybrid scaffolded using either single nicking enzyme (BSPQI) or two nicking enzyme (BSPQI and BSSSI) genome map assemblies for PacBio input sequence assembly using Bionano Solve v3.1. Visualization of the hybrid scaffold report, alignment of maps to sequence along with conflict resolutions, and alignment of maps to sequence to hybrid scaffold is done using Bionano Access v1.1.
HYBRID SCAFFOLD TRAINING DATASET (IRYSVIEW)
|NA12878 and Hummingbird (2-step)||April 12, 2016||1.0 GB||Download|
The zip file in this directory contains the essential files needed to run the hybrid scaffold pipeline using IrysView 2.4 and IrysSolve 2.0
|YH1||December 1, 2014||1.0 GB||Download|
YH genome assembled and aligned against hg19 using IrysView 2.3, pipeline scripts v4125, and tools v4088
1Cao, H., et al. Rapid Detection of Structural Variation in a Human Genome using Nanochannel-based Genome Mapping Technology. Giga Science (2014); 3(December 2014): 34
Ashkenazi Trio (IrysView)
|NA24385 (Son)1||October 1, 2014||1.72 GB||Download|
|NA24149 (Father)1||December 1, 2014||1.92 GB||Download|
|NA24143 (Mother)1||December 1, 2014||1.75 GB||Download|
Ashkenazi Father-Mother-Son trio from Personal Genome Project assembled and aligned against hg19 using IrysView 2.3, pipeline scripts v4125, and tools v4088
1 Zook, J., et al. Extensive sequencing of seven human genomes to characterize benchmark reference materials. BioRxiv (2015)
CEPH Trio (IrysView)
|NA12878 (Daughter)1||July 1, 2014||1.72 GB||Download|
CEPH pedigree 1463 Father-Mother-Daughter trio assembled and aligned against hg19 using IrysView 2.3, pipeline scripts v4125, and tools v4088
1Pendleton, M., Sebra, R., et al. Assembly and diploid architecture of an individual human genome via single-molecule technologies. Nature Methods (2015); e3454
2Mak AC et al., Genome-Wide Structural Variation Detection by Genome Mapping on Nanochannel Arrays Genetics (2015)
Han Chinese Son (IrysView)
|NA24631 (Son)1||March 1, 2014||1.2 GB||Download|
Han Chinese Son from Personal Genome Project assembled and aligned against hg19 using IrysView 2.3, pipeline scripts v4125, and tools v4088
1Zook, J., et al. Extensive sequencing of seven human genomes to characterize benchmark reference materials. BioRxiv (2015)