Retention mechanism in combined hydrodynamic and slalom chromatography for analyzing large nucleic acid biopolymers relevant to cell and gene therapies

Gritti, Fabrice; Wyndham, Kevin

doi:10.1016/j.chroma.2024.465075

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Retention mechanism in combined hydrodynamic and slalom chromatography for analyzing large nucleic acid biopolymers relevant to cell and gene therapies

Cited by 4 publications

References 56 publications

Harnessing an elastic flow instability to improve the kinetic performance of chromatographic columns

Harnessing an elastic flow instability to improve the kinetic performance of chromatographic columns

Theoretical predictions to facilitate the method development in slalom chromatography for the separation of large DNA molecules

Ultra-high pressure slalom chromatography: Application to the characterization of large DNA and RNA samples relevant in cell and gene therapy

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