This notebook performs refractive index-based concentration analysis of turbid protein powder samples using UV-Vis data from SpectroWorks™ and NanoCuvette™ One in micro-volume mode.
Challenge: Turbid protein powder solutions pose a significant challenge for conventional optical analysis methods, particularly when attempting to determine concentrations accurately. Accurate and reliable analysis is essential for ensuring product quality and consistency in food and nutritional applications.
Solution: The following Jupyter notebook utilizes spectral data from SpectroWorks™ and NanoCuvette™ One to analyze the refractive index of turbid samples. This approach enables precise concentration measurements even in challenging micro-volume conditions. The methodology relies on customizable optical models and robust algorithms to handle sample turbidity effectively.
Refractive index analysis is a powerful tool for determining the concentration and optical properties of protein solutions. NanoCuvette™ One enhances this process by enabling accurate measurements in turbid samples, which are often unsuitable for traditional spectrophotometric methods due to scattering and absorption artifacts.
By analyzing refractive index data, we can extract valuable insights into the concentration and behavior of protein powders in solution. This is particularly important for food science applications, where protein quality and consistency directly impact product performance and nutritional value.
Protein powders are widely used in dietary supplements and food formulations. SpectroWorks™ and NanoCuvette™ One provide an innovative solution for tackling the challenges of micro-volume and turbid sample analysis, offering a precise and reliable approach for food quality control and research.
