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X-ray-virus-inactivation

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Ionizing radiation approaches are effective but use of radioactive radioisotopic elements have become difficult to...

Duke uses XRAD 225 CX to test radiosensitivity hypothesis

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Magnetic Resonance (MR) is more than just analytical science, it is unique, it is a passion that won’t let you go

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Cell morphology reveals valuable insight into cell health and status, and considerable heterogeneity exists in even the...

Deep-Learning, Label-Free, Quantitative Cell Segmentation with IncuCyte

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The roles of preclinical optical imaging in cancer research

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Watch the last Spectral Instrument Imaging webinar with Dr. Michael Henry who will shares key data sets from his work...

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See What's Possible with the PippinHT

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Programmable DNA size selection enables new discoveries by helping optimize the library detected by a sequencer. That’s...

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First DLS paper: Sorghum genome assembled with nanopore sequencing and DLS

Jun 26, 2018

Sorghum’s 10 chromosomes are represented in a final hybrid assembly consisting of only 29 scaffolds. Bionano maps were used extensively to detect and automatically correct assembly-based errors. The final scaffold N50 value is 33.28 Mbp and covers more than 90% of Sorghum’s expected genome length.
This study is another powerful example of the utility of Bionano maps for quickly building reference assemblies and further demonstrates the platform’s flexibility to work with any input sequence data – Bionano makes every sequence assembly better.

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