Experimental Data on hIgG Capture Using High-Gradient Magnetic Separation
Description
This dataset contains the experimental used in our study on modeling high-gradient magnetic separation (HGMS) for human immunoglobulin G (hIgG) purification. The data supports the development and validation of mechanistic models that predict magnetic particle (MP) behavior, pH dynamics, and hIgG elution. Key datasets include: 1. Dynamic Light Scattering (DLS) Data: Measurement of MP size distribution and hydrodynamic diameters under varying conditions. 2. hIgG Quantification Data: Data from high-performance liquid chromatography (HPLC) and UV-absorbance methods for determining hIgG concentration throughout the HGMS process. 3. Isotherm Measurements: Small-scale adsorption and desorption isotherms to determine Langmuir binding parameters. 4. Online Monitoring Data: Data from in-line sensors capturing pH, UV-absorbance, conductivity, and MP concentration dynamics during the RS-HGMS process. 5. Particle Size Measurements and TEM Images: Characterization of synthesized magnetic particles, including morphology, magnetization properties, and surface characterization. 6. Process Run Logs: Data logs of RS-HGMS process runs, capturing real-time data and validating model predictions against experimental outcomes.
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Funding
Federal Ministry of Food and Agriculture
BMLE 281A503A19