Modular high-throughput platform for the purification of scFvs and multispecific antibody-based therapeutics

Automated ÄKTA system-based purification protocols were developed to streamline and accelerate protein production of single-chain variable fragments and multispecific antibodies. The protocols utilize ASX-560 and ALIAS autosampler systems to automate sample injections during overnight and idling times and incorporate one-, two- and three-column schemes to facilitate purification workflows. Additionally, the novel membrane affinity chromatography technology was employed to decrease residence times by increasing flowrates, shortening purification method run time per cycle. As a result, the implementation of versatile and automated multi-column purification protocols enabled the cost-effective and rapid capture of up to 51 single-chain variable fragments per day with high monomeric purities >90 %. Automated affinity chromatography protocols facilitated the daily purification of up to 22 multispecific antibodies. To increase the monomeric target purity of selected single-chain variable fragments and multispecific antibodies, size-exclusion chromatography was automated using the ALIAS Bio PREP autosampler system, enabling the polishing of up to 15 single-chain variable fragments or multispecific antibodies per day.

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Publication Details

Journal
Journal of Chromatography A
Published
2025-05-30
DOI
https://doi.org/10.1016/j.chroma.2025.466096
Citations
1
Primary Topic
Monoclonal and Polyclonal Antibodies Research
Type
article
Field-Weighted Citation Impact
1.36
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Modular high-throughput platform for the purification of scFvs and multispecific antibody-based therapeutics

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Modular high-throughput platform for the purification of scFvs and multispecific antibody-based therapeutics

Ronnie Palmgren, Stefan Warmuth, Bastian Franke, Christian Hess, Julien Québatte, Sebastian Wolniak, Amélie Terreaux, Cheryl Erne
article en
1 citations

Abstract

Automated ÄKTA system-based purification protocols were developed to streamline and accelerate protein production of single-chain variable fragments and multispecific antibodies. The protocols utilize ASX-560 and ALIAS autosampler systems to automate sample injections during overnight and idling times and incorporate one-, two- and three-column schemes to facilitate purification workflows. Additionally, the novel membrane affinity chromatography technology was employed to decrease residence times by increasing flowrates, shortening purification method run time per cycle. As a result, the implementation of versatile and automated multi-column purification protocols enabled the cost-effective and rapid capture of up to 51 single-chain variable fragments per day with high monomeric purities >90 %. Automated affinity chromatography protocols facilitated the daily purification of up to 22 multispecific antibodies. To increase the monomeric target purity of selected single-chain variable fragments and multispecific antibodies, size-exclusion chromatography was automated using the ALIAS Bio PREP autosampler system, enabling the polishing of up to 15 single-chain variable fragments or multispecific antibodies per day.

Journal of Chromatography AVol. 1757
Straumann (Switzerland) (CH), NewGen Therapeutics (United States) (US)
Openalex Percentile: Top 20%
Monoclonal and Polyclonal Antibodies Research
1.36
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