Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

Original source: Cytiva AcademyBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

Table 1: Parameters and ranges selected during the simulation screening

Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

Figure 2:Results of the simulation screening based on the above table displayed as a scatter plot

Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

Table 2: Comparison of model predicted values and actual measured values in the isocratic elution process

Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

Figure 3:P1 and P2 are both chromatography columns with a volume of approximately 14 L. The dashed lines represent the actual measured values of conductivity and UV, while the solid lines represent the simulated values from GoSilico software

Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

Figure 4: The model predicts the effect of total porosity on the DAR0 level of the elution component in column P1 (left image). The points marked with gray circles in the left chart correspond to the chromatography profiles overlaid in the right image. The highest DAR0 peak is produced by high total porosity

Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

Related Articles:

GoSilico Mechanism Modeling Chromatography Metaverse (I): Evolution of Downstream Process Development Methods

GoSilico Chromatography Mechanism Modeling Software Debuts

Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

This issue’s keywords:

#GoSilico

Breakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise SeparationBreakthrough in ADC Purification: GoSilico Mechanism Modeling Aids Precise Separation

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