
Biophysical Characterization of Proteins
Advanced Structural Insights for Drug Development
Strengthen your bioanalytical toolkit with high-resolution biophysical characterization of proteins using Microfluidic Modulation Spectroscopy (MMS). Unlike traditional spectroscopic techniques, MMS delivers sensitive, real-time structural insights with greater reproducibility — accelerating drug development and biomolecular research.
Why Choose MMS for Protein Characterization?
MMS technology, available on the Aurora TX platform, enables accurate and automated protein structural analysis across all phases of biopharmaceutical development. Key benefits include:
- Real-time background subtraction for enhanced accuracy
- Broad concentration range capabilities
- Non-destructive analysis with flexible sample volumes
- Automated workflow from sample analysis to data processing
Applications Across Complex Biomolecules
Tailored Structural Insights for Today’s Most Advanced Therapeutics
MMS technology empowers researchers to accurately analyze the structure and stability of a wide range of therapeutic molecules. From gene therapy vectors to peptide drugs, these insights support faster, more confident development and optimization across drug classes.
Streamline Your Bioprocessing Workflow
MMS offers unparalleled efficiency in bioprocess analytics, allowing for real-time protein concentration monitoring and minimizing workflow disruptions. This provides researchers and biopharmaceutical manufacturers with faster, more reliable structural insights to optimize formulation and stability studies.
Explore More Applications
Explore Protein Characterization with RedShiftBio
RedShiftBio’s Aurora TX platform deliver next-generation biophysical characterization solutions. Request a demo today to see how MMS technology can enhance your protein structural analysis and support your research.
