Measure previously undetectable structural changes in biomolecules

The Aurora and Apollo directly measure protein secondary structure, making each a powerful tool for monitoring and understanding the mechanisms of protein stability and aggregation.

Protein quantitation is critically important in biopharmaceutical research and development labs in applications ranging from enzymatic studies to providing data for biopharmaceutical lot release.

Microfluidic Modulation Spectroscopy provides highly precise measurements of key secondary structure features, allowing new insights into even the smallest changes difficult to detect with existing technologies.

The Aurora and Apollo directly measure protein secondary structure, making it a powerful tool for monitoring and understanding the mechanisms of protein stability and aggregation.

Determining protein similarity for biologics is more challenging, compared to small molecules, due to their larger size and structural complexity. With the Aurora and Apollo systems, users can differentiate even the smallest of differences in structure and therefore confirm structural similarity with a high degree of precision.