Future Trajectory and Innovation Potential. In virology, the platform provides rapid characterization of viral loads and host immune responses, which is critical during emerging outbreaks.
High Throughput Gene Expression with NanoString Technology
The technology also maintains the integrity of the tissue architecture, enabling correlation between molecular profiles and histological morphology. This digital nature of the measurement delivers exceptional sensitivity and linearity across a wide dynamic range.
In oncology, it is routinely employed to validate targeted therapy candidates, classify cancer subtypes, and predict patient response to treatment through immuno-oncology profiling. This preservation of native molecular complexity allows for the simultaneous analysis of both nucleic acids and proteins from the same specimen, providing a more holistic view of cellular function.
High Throughput Gene Expression with NanoString Technology
Streamlining the Path to Clinical Diagnostics In the clinical setting, the reliability and robustness of nanostring make it an attractive option for developing companion diagnostics. This methodology provides a robust foundation for discovering subtle biological changes that often elude detection by conventional methods.
More About What is nanostring
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