Protein detection sensitivity has historically lagged behind nucleic acid detection by 2-3 orders of magnitude due to the lack of intrinsic signal amplification. While digital methods such as Single ...
Real-time and in-line accurate measuring of protein (monoclonal antibody, or mAb) concentration has been shown across a wide dynamic range (0–135 g/L) through the ...
Protein quantification is critical in biologics research and development. However, current methods such as ELISA, BLI, and SPR have complex workflows and can struggle with crude samples or early-stage ...
Genopore, the next-generation proteomics company developing the first semiconductor based optical nanopore technology ...
Protein quantification in biological fluids is fundamental to clinical diagnostics, drug development and bioprocess monitoring. Common approaches include ultraviolet absorbance, colourimetric assays ...
Proteogenomics drug development workflows are closing the gap between what genomic data predicts and what proteins actually do, but most labs have not yet built the infrastructure to exploit these ...
Despite their sophistication and power, traditional proteomics technologies have failed to provide comprehensive coverage. For example, with conventional mass spectrometry, a single experiment ...
Precise protein quantification is a crucial step in workflows involving protein extraction, isolation, and analysis. Accurate knowledge of the concentration of your protein sample is essential for ...
When confirming antibody concentrations, sizing up proteins, or seeking the perfect formulation for a next-gen biologic, traditional approaches leave researchers tied to the lab bench for way too long ...
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