908 Devices Launches ZipChip

ZipChip, an innovative system that provides high-quality separation capabilities as a front-end for mass spectrometry

By | February 14, 2017

ZipChip is an innovative system that provides high-quality separation capabilities as a front-end for mass spectrometry (MS), resulting in fast analysis for a broad range of biomolecules. Powered by integrated microfluidic technology, the system revolutionizes the analysis of small molecules to large intact proteins from a range of biofluids and matrices such as blood, urine, plasma, cell lysates, growth media and biotherapeutic products. With an integrated autosampler, built-in chip recognition intelligence and application-specific assay kits, ZipChip radically improves process efficiencies for automated sample analysis within the biopharma and biotech industries.

Traditionally, MS is used for a wide range of biopharma and biotech applications. However, for many large molecules, such as intact proteins, antibodies (mAb), or antibody drug conjugates (ADCs), traditional separation techniques are not directly compatible with traditional MS instruments. Even with small molecules, onerous sample preparation and long analysis times seriously impact lab productivity. With ZipChip, users can obtain positive analysis of these separation peaks by simply connecting the ZipChip interface to existing MS instruments.

The system integrates on-board sample preparation, capillary electrophoresis (CE) and electrospray ionization (ESI) into a single microfluidic device to prepare, separate and electrospray biological samples directly into a mass spectrometer. With little sample preparation by the user, the cost-effective technology analyzes molecules quickly, eliminating any trade-off between speed, quality and the amount of sample needed. A built-in chip recognition system allows the ZipChip platform to automatically set appropriate operational parameters and track run conditions to ensure optimal performance.

The ZipChip Autosampler, designed specifically for biopharma samples, helps transform time-consuming sample runs into fast, high-quality analysis. Using intelligence enabled workflow solutions, users simply insert the appropriate chip based on the application – ZipChip HS for small molecule and peptide mapping, or ZipChip HR for intact large molecules. Samples are loaded automatically from vials or 96-well plates, with users achieving complete separations in three minutes, vastly increasing productivity. Further fueling efficiency, three application specific assay kits reduce preparation time and minimize opportunities for error when diluting and analyzing samples.

By leveraging this innovative system, users can achieve the following benefits:

• Reduced analysis time: In three minutes or less, the system produces separations that are typically equivalent to thirty-minute liquid chromatography (LC) or traditional CE runs with better quality results.
• Broad applications and low sample volumes: ZipChips are optimized for both large and small molecules and only require a few nanoliters of sample.
• Process efficiency: Typical LC or CE sample prep can take up to thirty minutes. Add to that the long run times and could save users up to one hour per sample.
• Simple implementation and ease of use: The system easily integrates with commonly used MS instruments and has simple push-button operation.

Add a Comment

Avatar of: You



Sign In with your LabX Media Group Passport to leave a comment

Not a member? Register Now!

LabX Media Group Passport Logo

Popular Now

  1. Running on Empty
    Features Running on Empty

    Regularly taking breaks from eating—for hours or days—can trigger changes both expected, such as in metabolic dynamics and inflammation, and surprising, as in immune system function and cancer progression.

  2. Athletes’ Microbiomes Differ from Nonathletes
  3. Mutation Linked to Longer Life Span in Men
  4. Gut Feeling
    Daily News Gut Feeling

    Sensory cells of the mouse intestine let the brain know if certain compounds are present by speaking directly to gut neurons via serotonin.