The applicability and predictive properties of the linear solvent strength model and two non-linear retention-time models, i.e., the quadratic model and the Neue model, were assessed for the separation of small molecules (phenol derivatives), peptides, and intact proteins. Retention-time measurements were conducted in isocratic mode and gradient mode applying different gradient times and elution-strength combinations. The quadratic model provided the most accurate retention-factor predictions for small molecules (average absolute prediction error of 1.5%) and peptides separations (with a prediction error of 2.3%). An advantage of the Neue model is that it can provide accurate predictions based on only three gradient scouting runs, making te...
In this thesis the potential of modulating solvent composition during chromatographic separation is ...
The interest around the use of peptides for therapeutic scopes is continuously increasing. Thanks to...
The development of a peptide retention prediction model for strong cation exchange (SCX) separation ...
The applicability and predictive properties of the linear solvent strength model and two non-linear ...
This paper describes an approach to rapidly and easily calculate the linear solvent strength paramet...
In this work, we have investigated the predictive properties of mixed-mode retention model and oligo...
peer reviewedWe describe a liquid chromatography method development approach for the separation of i...
t is well-known that some peptides are able to trigger physiologic reactions, interacting with recep...
This contribution relates to the assessment of gradient-elution parameters in capillary liquid chrom...
The analysis of amino acids presents significant challenges to contemporary analytical separations. ...
The development and application of new separation mechanisms such as hydrophilic interaction chromat...
The applicability of models to describe peptide retention in hydrophilic interaction liquid chromato...
Study on the retention equation for protein in RPLC can contribute to optimizing gradient conditions...
In this study, we have investigated mixed-mode retention model and its extended version for predicti...
This paper focuses on the prediction of the dimensionless retention time of proteins (DRT) in hydrop...
In this thesis the potential of modulating solvent composition during chromatographic separation is ...
The interest around the use of peptides for therapeutic scopes is continuously increasing. Thanks to...
The development of a peptide retention prediction model for strong cation exchange (SCX) separation ...
The applicability and predictive properties of the linear solvent strength model and two non-linear ...
This paper describes an approach to rapidly and easily calculate the linear solvent strength paramet...
In this work, we have investigated the predictive properties of mixed-mode retention model and oligo...
peer reviewedWe describe a liquid chromatography method development approach for the separation of i...
t is well-known that some peptides are able to trigger physiologic reactions, interacting with recep...
This contribution relates to the assessment of gradient-elution parameters in capillary liquid chrom...
The analysis of amino acids presents significant challenges to contemporary analytical separations. ...
The development and application of new separation mechanisms such as hydrophilic interaction chromat...
The applicability of models to describe peptide retention in hydrophilic interaction liquid chromato...
Study on the retention equation for protein in RPLC can contribute to optimizing gradient conditions...
In this study, we have investigated mixed-mode retention model and its extended version for predicti...
This paper focuses on the prediction of the dimensionless retention time of proteins (DRT) in hydrop...
In this thesis the potential of modulating solvent composition during chromatographic separation is ...
The interest around the use of peptides for therapeutic scopes is continuously increasing. Thanks to...
The development of a peptide retention prediction model for strong cation exchange (SCX) separation ...