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NanoView Biosciences (now part of Unchained Labs)

ExoView™ R200 – Complete Extracellular Vesicle Characterization

The next generation imaging platform that provides yet another step forward in characterization capabilities within the extracellular vesicle field. The fully automated platform provides multi-level and comprehensive measurements for exosome particle size analysis, exosome concentration, exosome phenotype, and biomarker colocalization. The ExoView® platform provides previously unattainable information in a single and bias free sample workflow.

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The Future Of Exosome And Virus Characterization Is Here

Technology at a glance

The next generation in exosome, extracellular vesicle and virus measurement. Analyze viruses, exosomes and other extracellular vesicles with unprecedented specificity and sensitivity without the need for sample purification.

Exosome Detection
Lentivirus Detection
Purification not Required
Measure Viral Titer
Extracellular Vesicle Size
Virus Size / Aggregation
Fluorescence
Full / Empty Ratio
Biomarker Colocalization
Pseudotype / Profiling
Customizable Exosome Detection
Customizable Virus Detection

Advancing your research

NanoView Biosciences advances cutting-edge research into exosomes, extracellular vesicles and viruses. The ExoView® R200 instrument has been designed from the bottom-up with the measurement of EVs and viruses in mind. The fully automated platform provides previously unattainable information in a purification-free workflow, providing biophysical and proteomic information at the single-particle level.

Complete Extracellular Vesicle Characterization

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The next generation imaging platform that provides yet another step forward in characterization capabilities within the extracellular vesicle field. The fully automated platform provides multi-level and comprehensive measurements for exosome particle size analysis, exosome concentration, exosome phenotype, and biomarker colocalization. The ExoView® platform provides previously unattainable information in a single and bias free sample workflow

Characterize Exosomes

Complete Virus Characterization

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The next generation imaging platform that provides a step forward in characterization capabilities within the viral detection field. The fully automated platform provides rapid and actionable data on virus size, empty/full ratio, viral titer and pseudotype characterization. Data collected using the ExoView platform has been demonstrated to be highly predictive of transduction efficiency, and provides a rapid and predictive tool to assess vector performance at all stages within the purification process.

Characterize Lentivirus

ExoView® CW100 Chip Washer

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  • < 5 Minutes Hands-on Time
    The CW100 reduces hands on time to less than 5 minutes per kit of 16 samples.
  • < 4% Sample-to-sample Variability
    Tested across 24 samples, variability is less than 4%.
  • Increase Sample Throughput
    Measure up to 24 samples in a simple and validated workflow with minimal user intervention.
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ExoView® Tetraspanin Kits

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Complete Extracellular Vesicle Characterization

ExoView® Tetraspanin Kits contain single use microarray chips for use with the ExoView® imaging platform. Each kit contains 16 chips for ultrasensitive and specific capture, and characterization of extracellular vesicle populations. 35 μL of unpurified plasma or conditioned media is added directly to the ExoView® chip, removing the biases associated with sample purification. Exosomes and other extracellular vesicles expressing specific surface markers will bind to specific antibody spots printed directly onto the microarray chip where they can be characterized further.

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LentiView™ Kits

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Complete Lentivirus Characterization

LentiView™ Kits contain single use microarray chips for use with the ExoView® imaging platform. Each kit contains 16 chips for ultrasensitive and specific capture, and characterization of lentivirus populations. 35 μL of purified or unpurified sample is added directly to the LentiView chip, removing the biases associated with sample purification. LentiView assays provide rapid and actionable data on virus size, empty/full ratio, viral titer and pseudotype characterization. Data from LentiView has been demonstrated to be highly predictive of transduction efficiency, and provides a rapid and predictive tool to assess vector performance at all stages within the purification process.

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News & Events

News

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NanoView Biosciences

Unchained Labs revs up its gene therapy engine, acquires NanoView Biosciences!

Unchained Labs, the life sciences company that’s all about getting biologics and gene therapy researchers the right tools for the job, acquired NanoView Biosciences. NanoView’s ExoView technology sits in pole position for characterizing exosomes and their recently launched LentiView platform is a game-changer for gene therapy researchers working with lentivirus.

Read the full Press Release

Webinar Replay

Bucher Biotec Webinar on

Exosomes – Carriers of future Diagnostics and Therapeutics

Multi-level visual Characterization of Exosomes and other Extracellular Vesicles

Extracellular vesicles (EVs), such as exosomes, are nano-sized particles secreted by all cell types. Because of their ability to transfer a wide variety of biological cargo from donor to recipient cells, EVs have the potential to exert potent effects on target cells or serve as potential biomarkers in disease detection.

In this joint-webinar with NanoView Biosciences and ONI you will learn about the importance of precise and detailed visual characterization of single EVs and exosomes using state-of-the-art, cutting-edge technology.

Speakers:
Alex Shephard, Ph.D.
Senior Application Scientist at NanoView Biosciences

Ricardo Nunes Bastos, Ph.D.
Director Business Development at ONI

  • 7. December 2021, 10:30 AM

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NanoView Biosciences (now part of Unchained Labs)

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