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"I think that the data we produced [on Maurice] shows excellent quality, due to the precise and reliable Maurice instrument."
Professor Hermann Wätzig, Technical University of Braunschweig in Germany
Identity and charge heterogeneity
Identity and charge heterogeneity
Streamline your CE workflow with Maurice C who delivers identity, purity and heterogeneity data on your biologics fast. This cIEF application video show how you can get reliable data in 10 minutes.|
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My molecule has complicated charge profiles that are difficult to resolveMaurice C. affords high-resolution characterization of charge variants by preserving our proprietary imaged capillary isoelectric focusing (icIEF) technology, which has been the go-to method for measuring charge heterogeneity. The whole-column detection eliminates the post-focusing mobilization step needed with traditional cIEF, and can resolve your most challenging molecules including fusion proteins and hydrophobic ADCs. |
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My current method is not reproducible and error-proneMaurice C. employs a prequalified, ready-to-use cartridge design which fully automates column conditioning and clean up. No laborious capillary assembly or maintenance is required. The on-board sample mixing feature further enhances the ease-of-use, and reduces operator-dependent variability commonly encountered with other systems. |
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I have many samples and my schedule is tightMaurice C. produces pI and charge heterogeneity data in less than 10 minutes. The fast separation time, flexible workflow and high reproducibility makes Maurice C. a true lab workhorse. In one day you can complete your method development, or analyze 48 to 100 samples in one batch. The icing? You can develop platform methods and use them for multiple molecules too. |
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My sample is limited and they tend to aggregate at high concentrationMaurice C.'s native fluorescence detection for cIEF provides 3-5X higher sensitivity than UV absorption, which means you can now measure sample at concentration as low as 0.7 µg/ml. And because proteins tend to aggregate less at lower concentrations you can reduce or even eliminate urea completely in some of your methods. Baselines are also significantly cleaner and less sensitive to ampholyte interference, giving you more options when optimizing your pH gradient. |
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I work in a GMP lab and data integrity is key to my compliance requirementCompass for iCE, the software package Maurice C. uses to acquire, manage and analyze data, has all the tools required for 21 CFR compliance so you'll have no issue analyzing biotherapeutics on Maurice in a regulated environment. |
Citations for Maurice C.
View all citations for the Imaged Capillary Electrophoresis (iCE) platform.
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Testimonials from your Peers for Imaged Capillary Electrophoresis (iCE)
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"The short run times and easy sample preparation allowed for method development within a day or two. The versatility of the instrument allows the possibility of offering clients rapid alternatives to traditional ID and charge heterogeneity assays."
Joan Garrison, QC Method Transfer Scientist, Cook Pharmica
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More Information About Maurice C.
| Feature | cIEF Specification |
|---|---|
| Minimum Sample Volume | 50 µL |
| Sample Delivery | Vacuum |
| Typical Separation Time | 6-10 min (molecule-dependent) |
| Detection Capability |
UV Absorbance at 280nm Fluorescence: Ex 280nm, Em 320-450nm |
| Typical Voltage | Pre-focusing: 1500 V, focusing: 3000 V |
| Sample Injections per Cartridge | 100 |
| Maximum Sample Injections per Batch | 100 guaranteed, 200 maximum |
| pl Range | 2.85-10.45 |
| pl CV | 1% |
| CV for Peaks >10% Composition | ≤5% (Intra-batch), ≤6% (Inter-batch) |
| pl Resolution | 0.05 pl units (for wide range 3-10 ampholytes) |
| Dynamic Range | 2 logs |
| Linearity | >0.995 |
| Sensitivity (LOD) |
0.7 µg/mL (Native fluorescence) 3.0 µg/mL (Absorbance) (Values based on a monoclonal antibody) |
| Sample Tray Options | 96-well plates or 48 vials |
| Dimensions | 44cm H x 42 cm W x 61 cm D |
| Weight | 46 kg (100 lb) |
