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CQ1 confocal quantitative image cytometer: fighting colon cancer with killer cells

Yokogawa

Jul 2, 2019

Genetically modified immune cells can successfully destroy colon cancer cells. This has been demonstrated for the first...

Breast cancer‐derived exosomes reflect the cell of origin phenotype

IZON

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The qNano Gold measures particles using the Tunable Resistive Pulse Sensing (TRPS) principle. TRPS is the most powerful...

Transcutaneous implantation of valproic acid-encapsulated

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The interest in alternative material systems and delivery methods for treatment of androgenetic alopecia has been...

Sage products powering new methods, 2018-19

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The fully automated SageELF (for Electrophoretic Lateral Fractionator) can be used to select DNA or proteins. It...

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Low-dose imaging in a new preclinical total-body PET/CT scanner

Bruker Biospin

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Ionizing radiation constitutes a health risk to imaging scientists and study animals. Both PET and CT produce ionizing...

Join the AVANCE Track & Keep your MRI on Track

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Your research depends on the scientific advances that you make with your MRI instrument. Take your instrument and your...

A novel method for isolating high-quality UHMW DNA from animal and human tissues

BioNano Genomics

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New isolation protocol for isolating high-quality UHMW DNA from 10 mg of freshly frozen or liquid-preserved animal and...

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PET/CT Si78: Versatility in microCT dose, speed, & resolution

Bruker Biospin

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The Bruker PET/CT Si78 now pairs total-body PET and SkyScan microCT technology. This combination offers the advanced...

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De novo sequence assembly using nanochannel arrays from BioNano Genomics

Apr 4, 2016

Next-generation sequencing (NGS) technologies have enabled high-throughput and low-cost generation of sequence data;however, de novo genome assembly remains a great challenge, particularly for large genomes. NGS short reads are often insufficient to create large contigs that span repeat sequences and to facilitate unambiguous assembly. Plant genomes are notorious for containing high quantities of repetitive elements, which combined with huge genome sizes, makes accurate assembly of these large and complex genomes intractable thus far. Using two-color genome mapping of tiling bacterial artificial chromosomes (BAC) clones on nanochannel arrays delivered by BioNano Genomics, scientists completed high-confidence assembly of a 2.1-Mb, highly repetitive region in the large and complex genome of Aegilops tauschii.

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Related technologies: Genome mapping

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BioNano Genomics

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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Genome maps of extremely long DNA without amplification, providing long-range contiguity and eliminating PCR bias

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