Sign In / RegisterPeggy Sue
Two ways to get separation, identification and quantitation
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My sample is precious and I don't have enough for other methodsSometimes you wish you could do more with your small and precious sample. Peggy Sue, our most frugal system can run up to 96 data points in one overnight run with as little as 5 µL of sample. And she can utilize that sample to the max by allowing you to interrogate those few microliters eight times, such as when analyzing an entire cell signaling pathway in a single run. Imagine all the data you can get from your sample! |
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I need more than size dataSometimes a band from a Western is not telling you the entire story about your target of interest. Size-based separation will not be able to resolve phosphorylation isoforms and other post-translational modification. A charge assay (cIEF plus immunodetection) has the power to let you see beyond what's detected by a traditional Western. Peggy Sue gives you two ways to get separation, identification and quantitation of your sample. |
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I have too many samples and need higher throughput protein characterizationOur Simple Western systems offer the right throughput for your needs. Peggy Sue will process up to 96 data points per run in eight cycles of 12 data points each. Ideal for screening or applying the same assay to large number of samples. All the throughput you need with minimum hands-on time. |
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I am in a race to discover and I need my data fasterIf analyzing 96 data points overnight is not impressive enough, maybe we should add that it includes data analysis. Set up and start your run in the afternoon and come back the next morning to find molecular weight (for size assay), charge isoform detection (charge assay) and signal quantification automatically calculated for each sample. If your time is as precious as your samples and you need results faster, we will help you win the race to discovery with Peggy Sue. |
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My current method is not reproducibleHow reproducible will your current immunoassay be in analyzing 96 data points? With Peggy Sue you get intra- and inter-assay CV less than 20% for size and charge assays. How's that for reproducibility? |
More Information About Peggy Sue
Peggy Sue Applications
Cancer & Immuno-Oncology
Cancer & Immuno-Oncology
Transform your Cancer & Immuno-oncology research by utilizing next-generation western blotting tools to give you richer views into your samples.
SARS-CoV-2
SARS-CoV-2
Reduce your lab time with automated simple western systems while accelerating your COVID-19 research. Set up, leave and remotely review your data in just 3 hours!
Cell & Gene Therapy
Cell & Gene Therapy
Next-generation analytical instrumentation to help improve and accelerate your cell and gene therapy workflows.
Targeted Degradation
Targeted Degradation
Boost your screening studies using high throughput & hands-free Simple Western systems for quantitative analysis.
SARS-CoV-2 Serology
SARS-CoV-2 Serology
Quantitatively characterize serum or plasma human IgG antibodies reactive against 5 key viral antigens within one 3-hour run!
Exosome
Exosome
A validated workflow for protein analysis in extracellular vesicle samples from the leaders in exosome isolation and high sensitivity western blotting solutions.
| Description | Total Protein Specification | Immunoassay Size Specification | Immunoassay Charge Specification |
|---|---|---|---|
| Sample Required | 0.3-1.2 µg lysate | 0.6-1.2 µg | 0.6-1.2 µg |
| Volume Required | 3-5 µL/well | 3-5 µL/well | 5-12 µL/well |
| Size or pI Range | Molecular weight (MW) ladders range from 2-440 kDa | Molecular weight (MW) ladders range from 2-440 kDa | Widest gradient ranges from pI 3 to pI 10 |
| Sizing CV | <10% | <10% | <10% |
| Intra-assay CV | <15% | <15% | <20% |
| Inter-assay CV | <20% | <20% | <20% |
| Resolution (± percent difference in MW) | ± 15-20% for MW <20 kDa ±10 % for MW > 20 kDa | ± 15-20% for MW <20 kDa ±10 % for MW > 20 kDa | ± 0.1 pI units |
| Quantitation CV | <20% | <20% | <20% |
| Dynamic Range | 2-3 logs | 3 logs | 3 logs |
| Sensitivity | ng | Low pg | Low pg |
| Capillary | 5 cm, 100 µm, 400 nL | ||
