A revolutionary NanoChannel technology for Genome mapping of extremely long DNA without amplification, providing long-range contiguity and eliminating PCR bias.
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Cardiomyocyte isolation using Cellenion’s cellenONE instrument
Mar 24, 2023
The cellenONE platform is ideal for the isolation of fragile and heterogeneous cell size populations, such as...
ACCELA educational webinar: Unlocking Spatial Biology with RareCyte Orion
Mar 16, 2023
Experience Spatial Biology with Orion Multiplex Imaging. Orion is a benchtop, high...
Recorded webinar: Anesthesia Considerations in Small Animal Imaging
Mar 13, 2023
Anesthesia settings and operation of Optical Imaging Systems: methods, animal handling, safety and regulatory...
Introducing Cytek Human Leukocyte Kit, the first ever 15-color lyse no-wash assay
Mar 13, 2023
This kit has been designed to enumerate all major leukocyte subsets and it mirrors and expands on those identified in a...
Immunofluorescence Imaging for Rare Cell Detection with CyteFinder II
Mar 7, 2023
CyteFinder II Instruments are high speed, whole slide imaging systems with options for liquid biopsy analysis and...
NanoCellect Webinar: Optimizing the Cell Line Development Process with Microfluidic Cell Sorting
Mar 3, 2023
Single-cell selection and cloning are required for bioengineering workflows such as antibody production, cell therapy,...
New Kit for Bacterial analysis expands capability of Guava Muse flow cytometer
Feb 20, 2023
With the Guava Muse cell analyzer, you can now achieve highly quantitative results at a fraction of the price, effort,...
Flash news - did you know, that you can use Singulator S100 also for plant research?
Feb 10, 2023
In this short TechNote you can find how Singulator can help the data quality in Single cell sequencing - now even in...
Rapid automated large structural variation detection in a diploid genome by next-generation mapping
Mar 28, 2017
Large structural variants such as deletions, duplications, inversions, and translocations are extensively present and many are known to affect biological functions and cause disease. The ultimate goal is to resolve these large complex structural variants (SVs) and place them in the correct haploid genome with correct location, orientation, and copy number. Current methods such as karyotyping, chromosomal microarray (CMA), PCR-based tests, and nextgeneration sequencing fail to reach this goal either due to limited resolution, low throughput, or short read length.
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