Technical Support
(877) SEPAX-US, press 3 TechSupport@sepax-tech.com |
|
By Separation Mode | By Brand | By Sample Based Application | |
Size Exclusion Ion Exchange Hydrophobic Interaction Ion Exclusion Sub-2 UHPLC Purification Reversed Phase Mixed-mode Phase HILIC View All |
SEC-MALS Unix / Unix-C Zenix / Zenix-C SRT / SRT-C SRT-10 / SRT-10C Proteomix HIC / IEX Antibodix Carbomix Proteomix RP View All |
ADC Antibody Biosimilar Carbohydrate Cell Lysate DNA/RNA Fusion Protein Glycan Glycoprotein Heparin |
Insulin Membrane Protein Organic Acid PEG/PEGylated Protein Peptide Polymer Protein Vaccine/VLP Others |
How May We Help You?
How May We Help You?
How May We Help You?
Your question has been submitted.
We will respond back to you shortly.
We will respond back to you shortly.
How May We Help You?
Please fill out all required fields.
Sample: AntibodyAntibody Recommended products
Size Exclusion:
Unix
Zenix
Zenix-C
SRT
SRT-C
Preparative SEC
Ion Exchange: Proteomix Antibodix Reversed phase: Proteomix RP Bio-C4
|
Application Note
Featured Application Notes
All Application Notes
App ID | Title |
LR2024051507 | Literature Reference: Structure-function Relationship Study for Sulfated Protein Therapeutics Using Hydrophobic Interaction Chromatography and Mass Spectrometry | Hydrophobic InteractionProteomix HIC HIC, Mass Spec, BsMabHPLC1
LR2024071523 | Literature Reference: In-Depth Characterization for Methionine Oxidization in Complementary Domain Region by Hydrophobic Interaction Chromatography | Hydrophobic InteractionProteomix HICMonoclonal AntibodiesHPLC1
LR2024021491 | Literature Reference: Online Multimethod Platform for Comprehensive Characterization of Monoclonal Antibodies in Cell Culture Fluid From a Single Sample Injection - Intact Protein Workflow | Ion ExchangeProteomix SCX-NP3Charge Variant, SEC and Mass, Characterization of MabsUV1
LR202202139 | Literature Reference: A novel twin-column continuous chromatography approach for separation and enrichment of monoclonal antibody charge variants | IEXProteomix@AntibodixPurificationHPLC@FPLC1
UNIXP1002 | Unix 1.8 µm UHPLC SEC for Fast Ultra High Resolution Biomolecule Separation | Size ExclusionUnixResolution@Aggregates@Fast Assay@Column Stability@Lot to Lot@Particle Size Impact@LoadingHPLC@UHPLC1
ZM1019 | Analytical Characterization of Antibody Drug Conjugates | Size Exclusion@Ion Exchange@Reversed PhaseZenix-C@Proteomix@Proteomix RPMethod Optimization@Volatile Buffer@Packing Chemistry@Fast Assay@MAb Fragment@Charge Variants@Aggregates@Resolution@Competition Comparison@Orthogonal MethodHPLC@LCMS1
PM1008 | MAb on Proteomix SCX - pH Gradient | Ion ExchangeProteomixLot to Lot@Method Optimization@Loading@Charge Variants@Fast Assay@Competition ComparisonHPLC1
PM1001 | MAb on Proteomix SCX vs. Antibodix WCX NP5 | Ion ExchangeProteomix@AntibodixMethod Optimization@Loading@Resolution@Charge Variants@Packing Chemistry@Competition Comparison HPLC1
ZZ1003 | Fast Separation of MAb and its Aggregates in Less Than 3 Mins | Size ExclusionZenixFast Assay@Lot to LotHPLC1
LR2024021489 | Literature Reference: Absolute Quantitation of Binding Antibodies from Clinical Samples | Size ExclusionUnix-CSize Exclusion, VLP/Virus/Vaccine, AntibodyHPLC1
KM1004 | Monoclonal Antibody Purification by Sepax MabPurix A65 Protein A Affinity | AffinityMabPurix Protein AN/AHPLC1
KM1003 | Technical Specification - MabPurix Protein A Affinity vs. Other Brands | AffinityMabPurix Protein AN/AHPLC1
KM1002 | Purification of Tribody by Sepax MabPurix A45 Protein A Affinity | AffinityMabPurix Protein AN/AHPLC1
KM1001 | Purification of Bispecific Antibody by Sepax MabPurix P45 Protein A Affinity | AffinityMabPurix Protein AN/AHPLC1
LR2022051235 | Literature Reference: Development of a robust and semi-automated two-step antibody purification process | Size ExclusionSRT-10CPurification, Method OptimizationAKTA Pure1
LR202202580 | Literature Reference: EFab domain substitution as a solution to the light-chain pairing problem of bispecific antibodies | Size ExclusionZenixBispecific Antibody Separation@Aggregates@Fast Assay@MAb FragmentUHPLC1
LR202202197 | Literature Reference: Analytical and Functional Similarity Assessment of ABP 710, a Biosimilar to Infliximab Reference Product | Ion ExchangeProteomixOrthogonal Method@Charge Variants@Antibody Production@MAb FragmentHPLC2
FM1001 | Sepax's ProAqa Excel Protein A Affinity Column for Fast Antibody Titer Determination | AffinityProAqa ExcelFast AssayHPLC@UHPLC@FPLC2
Overview | Sepax Overview | Ion ExchangeZenixSeparation of ProteinsHPLC2
BM1002 | Bispecific Antibody Separation on Sepax BioMix Mixed Mode SEC Column | Size ExclusionBioMixBispecific Antibody SeparationHPLC2
BM1001 | Literature Reference: Characterization of bispecific antibody production in cell cultures by unique mixed mode size exclusion chromatography | Size ExclusionBioMixAntibody ProductionHPLC2
PM1024 | Charge Variants Analysis of CetuximAb with pH Gradient : CEX-HPLC Vendor Comparison | Ion ExchangeProteomixMethod Optimization@Charge VariantsHPLC2
ZM1029 | Custom Affinity Using HSA as the Immobilized Ligand to Assess mAb Immunogen Cross-Reactivity | AffinityZenixResolution@Orthogonal MethodHPLC@FPLC2
ZM1028 | Custom Affinity Using HSA as the Immobilized Ligand to Assess mAb Immunogen Cross-Reactivity | AffinityZenixResolution@Orthogonal MethodHPLC@FPLC2
PM1023 | NIST mAb CEX Separation - Competition Comparison | Ion ExchangeProteomix@Proteomix SCXMethod Optimization@Resolution@Orthogonal Method@Charge VariantsHPLC2
ZM1027 | Analytical Characterization of NIST MAb by Size Exclusion Chromatography | Size ExclusionZenixMethod Optimization@Resolution@Orthogonal MethodHPLC2
PM1022 | Analytical Characterization of NIST MAb by Sepax SEC, HIC, RP and CEX | Ion Exchange@Reversed Phase@Hydrophobic Interaction@Size ExclusionProteomix@Proteomix SCX@Proteomix WCX@Antibodix@Proteomix RP@Proteomix HIC@ZenixMethod Optimization@Resolution@Orthogonal Method@Charge VariantsHPLC2
PM1021 | Analytical Characterization of NIST MAb by Reversed Phase Chromatography (RP) | Reversed PhaseProteomix RPResolution@Orthogonal MethodHPLC2
HICM1010 | Analytical Characterization of NIST MAb by Hydrophobic Interaction Chromatography (HIC) | Hydrophobic InteractionProteomix HICMethod Optimization@Resolution@Orthogonal MethodHPLC2
PM1020 | NIST MAb Charge Variants Analysis by Cation Exchange Chromatography | Ion ExchangeProteomix@Proteomix SCX@Proteomix WCX@AntibodixMethod Optimization@Charge VariantsHPLC2
WM1003 | Fast Monoclonal Antibody Titer Determination Followed by SEC Aggregation Analysis | Size ExclusionProtein A-Sil@Unix-CResolution@Fast Assay@Particle Size Impact@AggregatesHPLC@UHPLC2
EM1007 | Analytical Characterization of Monoclonal Antibody IgG2 | Size Exclusion@Ion Exchange@Hydrophobic Interaction@Reversed PhaseProteomix@Zenix-C@Unix-C@Proteomix SCX@Proteomix HIC@Proteomix RPResolution@Particle Size Impact@SEC-MALS@ Hydrophobicity@Charge Variants@Aggregates@Orthogonal MethodHPLC2
WM1001 | MAb Separation on Unix-C SEC-300 UHPLC Column | Size ExclusionUnix-CResolution@Aggregates@Column Stability@Lot to Lot@Particle Size Impact@LoadingUHPLC3
PM1019 | PM1019 - MAb IgG1 and IgG2 Charge Variants Separation by Narrow-bore (2.1 mm I.D.) SCX Column | Ion ExchangeProteomixCharge Variants@Method Optimization@Loading@Resolution@SensitivityHPLC3
HICM1009 | HICM1009- Mab Analysis on Proteomix® HICNP5 phases (4603) | Hydrophobic InteractionProteomix@Proteomix HICResolution@Hydrophobicity@Packing ChemistryHPLC3
EM1006 | EM1006 - Bispecific mAb SEC analysis | Size ExclusionZenixResolution@Aggregates@Pore Size SelectionHPLC3
EM1005 | Rituximab analysis using Zenix-C Light Scattering SEC -MALS 300 | Size ExclusionZenix-CResolution@Purification@Optimization@SEC-MALSHPLC3
SM1004 | mAb purification on SRT SEC-300 21.1x300 mm | Size ExclusionSRTResolution@Purification@Aggregates@Fast AssayFPLC3
HICM1008 | Intact and Oxidized MAb Analysis on Proteomix HIC Butyl 1.7 µm | Hydrophobic InteractionProteomix@Proteomix HICCompetition Comparison@Resolution@Method Optimization@Particle Size ImpactHPLC@UHPLC3
PM1018 | Column Temperature Effect on mAb Separation on Reversed Phase Chromatography | Reversed PhaseProteomix@Proteomix RPVolatile Buffer@Method Optimization@Resolution@LoadingHPLC@LCMS3
PM1017 | Monoclonal antibody charge variants separation on Proteomix SCX NP3, UHPLC | Ion ExchangeProteomixFast Assay@Resolution@Method Optimization@Charge VariantsUHPLC3
VM1001 | MAb Purification and Aggregates Removal on Generik MC30-HIC Butyl | Ion ExchangeGenerik MC-HICResolution@Purification@AggregatesHPLC@FPLC3
ZM1026 | Reduced MAb Separation on Zenix SEC-300 2.1x300 with LC/MS Volatile Buffer | Size ExclusionZenixLoading@Resolution@Volatile BufferHPLC@LCMS3
SM1003 | Sepax SEC Analytical Column Loading Capacity | Size Exclusion@Size ExclusionSRT@ZenixLoadingHPLC3
HICM1004 | MAb hydrophobicity screening on Proteomix HIC Butyl-NP5 | Hydrophobic InteractionProteomix@Proteomix HICHydrophobicityHPLC3
HICM1005 | Erbitux and Rituximab Monoclonal Antibody Separation on Proteomix HIC Butyl NP5 | Hydrophobic InteractionProteomix@Proteomix HICResolution@HydrophobicityHPLC3
HICM1003 | MAb Loading from Analytical to Prep HIC | Hydrophobic Interaction@Hydrophobic InteractionProteomix@Proteomix HICLoadingHPLC3
ZM1025 | IgE and IgG Separation on Zenix SEC-300 | Size ExclusionZenixResolution@AggregatesHPLC3
HICM1002 | MAb Loading on Proteomix HIC Butyl-NP10 | Hydrophobic InteractionProteomix@Proteomix HICLoadingHPLC4
ZM1024 | Intact MAb, ADC and their Fragment Analysis with SEC-MS | Size Exclusion@Size Exclusion@Size Exclusion@Size ExclusionZenix@Zenix-CMAb Fragment@Resolution@Volatile Buffer@Method Optimization HPLC@LCMS4
ZM1023 | ADC vs. Free Drug Analysis | Size Exclusion@Size Exclusion@Size ExclusionZenix@Zenix-CResolution@Volatile Buffer@Pore Size Selection@Fast Assay@Method Optimization@Loading HPLC@LCMS4
PM1016 | Intact MAb, ADC and their Fragments Analysis on RP LC/MS | Hydrophobic Interaction@Reversed Phase@Reversed PhaseProteomix HIC@Proteomix RPMAb Fragment@Resolution@Volatile Buffer@Method OptimizationHPLC@LCMS4
ZM1022 | MAb/ADC Fragment Separation after IDeS Digestion | Size Exclusion@Size Exclusion@Hydrophobic Interaction@Reversed PhaseZenix@Zenix-C@Proteomix HIC@Proteomix RPMAb Fragment@Resolution@Volatile BufferHPLC/LCMS4
ZM1021 | Fast MAb Analysis on Zenix SEC - Flow rate | Size ExclusionZenixFast Assay@Aggregates@Method Optimization@ResolutionHPLC4
PM1015 | MAb Fragments on Proteomix RP | Reversed PhaseProteomix RPPore Size Selection@Method Optimization@MAb Fragment@Volatile BufferHPLC/LCMS4
SM1015 | MAb Purification on SRT-10 300 | Size ExclusionSRT-10Resolution@Loading@Competition Comparison@Method Optimization@AggregatesFPLC4
PM1013 | Intact and Reduced MAb/ADC and MAb Fragment Separation on RP | Reversed PhaseProteomix@Proteomix RPMethod Optimization@Volatile Buffer@Packing Chemistry@Fast Assay@MAb Fragment@Orthogonal MethodHPLC@LCMS@NanoLC4
PM1010 | MAb Carboxypeptidase Digested on Proteomix SCX | Ion ExchangeProteomixMethod Optimization@Charge Variants@Sample Stability TestHPLC4
EM1001 | SEC Packing Chemistry Impact on MAb Separation | Size ExclusionZenix@Zenix-CPacking Chemistry@AggregatesHPLC4
ZM1020 | MAb Half Body TCEP Disulfide reduction | Size ExclusionZenixCompetition Comparison@MAb FragmentHPLC4
SM1016 | IgM from Mouse Ascites on SRT SEC-500 | Size ExclusionSRTResolutionHPLC4
PM1012 | MAb Innovator vs. its Biosimilar on Protoemix SCX | Ion ExchangeProteomixFast Assay@Charge Variants@Orthogonal MethodHPLC@UHPLC4
ZM1018 | MAb and its ADCs Separation on SEC | Size ExclusionZenix@Zenix-CResolution@Packing Chemistry@Aggregates@Method OptimizationHPLC4
ZM1017 | High Loading of MAb Fragments on Zenix 300 | Size ExclusionZenixMAb Fragment@LoadingHPLC4
AM1013 | MAb Innovator vs. its Biosimilar on Zenix SEC and Antibodix WCX | Ion Exchange@Size ExclusionAntibodix@ZenixOrthogonal Method@Aggregates@Charge VariantsHPLC5
PM1007 | MAb on Proteomix SCX - Flow rate | Ion ExchangeProteomixMethod Optimization@Charge VariantsHPLC5
PM1006 | MAb on Proteomix vs. Competitor SCX - Salt Gradient | Ion ExchangeProteomixCompetition Comparison@Charge VariantsHPLC5
PM1005 | MAb on Proteomix vs. Competitor SCX - pH and Salt Gradient | Ion ExchangeProteomixCompetition Comparison@Charge VariantsHPLC5
PM1004 | Fast MAb Analysis on Proteomix SCX - Flow rate | Ion ExchangeProteomixFast Assay@Method Optimization@Charge VariantsHPLC5
PM1003 | MAb fragment on Proteomix WCX NP1.7 | Ion ExchangeProteomixMAb Fragment@Fast Assay@Charge VariantsHPLC@UHPLC5
PM1002 | MAb on Proteomix SCX NP1.7 vs. NP5 | Ion ExchangeProteomixFast Assay@Particle Size Impact@Charge VariantsHPLC@UHPLC5
AM1012 | MAb on Antibodix WCX NP1.7 | Ion ExchangeAntibodixMethod Optimization@Fast Assay@Charge VariantsHPLC@UHPLC5
AM1011 | MAb on Antibodix WCX - Particle Size and Loading | Ion ExchangeAntibodixLoading@Particle Size Impact@Fast Assay@Charge VariantsHPLC@UHPLC5
ZM1011 | Fresh MAb Analysis on Zenix 300 | Size ExclusionZenixAggregates@Sample Stability TestHPLC5
AM1010 | MAb on Antibodix WCX NP5 | Ion ExchangeAntibodixSample Stability Test@Charge VariantsHPLC5
ZM1008 | MAb Fragments Separation and Characterization by SEC and SEC/MS | Size ExclusionZenixMAb Fragment@Volatile Buffer@Method OptimizationHPLC@LCMS5
ZM1006 | MAb Heavy chain and Light Chain Separation by Zenix SEC | Size ExclusionZenixMAb Fragment@Volatile BufferHPLC@LCMS5
ZM1005 | MAb Fragments Analysis on Zenix SEC-150 | Size ExclusionZenixMAb FragmentHPLC5
ZM1004 | BevacizuMAb and Erbitux Antibodies by Zenix SEC-300 | Size ExclusionZenixAggregates@ResolutionHPLC5
ZM1003 | Fast MAb analysis by Zenix SEC | Size ExclusionZenixFast AssayHPLC5
ZM1002 | MAb High Resolution by Zenix SEC | Size ExclusionZenixAggregates@ResolutionHPLC6
ZM1001 | Reproducibility for MAb Analysis on Zenix SEC | Size ExclusionZenixLot to LotHPLC6
SM1002 | MAb & IgG on SRT SEC | Size ExclusionSRTResolutionHPLC6
SM1001 | MAb on SRT SEC - LMW & HMW regions | Size ExclusionSRTLoading@Resolution@AggregatesHPLC6
RM1001 | MAb on SRT-C SEC | Size ExclusionSRT-CAggregates@ResolutionHPLC6
PC1002 | Separation of Glycan and Isomers on Proteomix SAX | Ion ExchangeProteomixResolutionHPLC@LCMS6
AM1009 | Two MAb Comparison on Antibodix WCX NP3 | Ion ExchangeAntibodixCharge Variants@Fast AssayHPLC6
AM1008 | MAb on Antibodix WCX Method Optimization-pH Impact | Ion ExchangeAntibodixMethod Optimization@Charge VariantsHPLC6
AM1007 | MAb on Antibodix WCX Method Optimization-Initial Salt Impact | Ion ExchangeAntibodixMethod Optimization@Charge VariantsHPLC6
AM1006 | MAb on Antibodix WCX Method Optimization-Gradient | Ion ExchangeAntibodixMethod Optimization@Charge VariantsHPLC6
AM1005 | MAb Charge Variants on Antibodix WCX NP5 | Ion ExchangeAntibodixCharge VariantsHPLC6
AM1004 | Antibodix WCX NP3 vs. NP5 vs. NP10 | Ion ExchangeAntibodixParticle Size Impact@Charge VariantsHPLC6
AM1003 | Antibodix WCX NP3 vs. NP1.7 | Ion ExchangeAntibodixParticle Size Impact@Fast Assay@Charge VariantsHPLC@UHPLC6
AM1002 | MAb Charge Variants on Antibodix WCX NP10 | Ion ExchangeAntibodixCharge VariantsHPLC6
AM1001 | MAb on Antibodix vs. Competitor WCX | Ion ExchangeAntibodixCompetition Comparison@Resolution@Charge VariantsHPLC6
PM1025 | AdalimumAb Charge Variants Separation From Analytical to PrepCation Exchange Chromatography(Humira Innovator and Biosimilar) | Ion ExchangeProteomix@AntibodixCharge Variants@Competition Comparison@Loading, Purification@ResolutionHPLC@FPLC6
HICM1006 | Intact and Oxidized Monoclonal Antibody Separation on Proteomix HIC | Hydrophobic InteractionProteomix@Proteomix HICCompetition Comparison@Resolution@Method Optimization HPLC@UHPLC7
LR2022081354 | Design and Characterization of Immune-Stimulating Imidazo45-cquinoline Antibody Drug Conjugates | RPProteomix RPADC Free Drug Analysis on Sepax Analytical RP ColumnHPLC@UHPLC7