Agilent Biocolumns - Critical Quality Attributes - Application Compendium
Guides | 2018 | Agilent TechnologiesInstrumentation
In biopharmaceutical development and cell culture monitoring, rapid, accurate measurement of primary amino acids is essential for optimizing nutrient feeds and confirming media formulation. Automated online derivatization combined with high-resolution reversed-phase LC enables high throughput and reproducible quantitation without labor-intensive manual chemistry.
Key components of the AdvanceBio AAA solution:
Workflow overview:
Method performance:
Applications to cell culture media:
Advantages of AdvanceBio AAA solution:
Conclusion: The Agilent AdvanceBio AAA solution combines robust online derivatization, high-resolution columns, and streamlined workflows to deliver fast, precise, and reproducible amino acid analysis of complex biological samples, enabling confident optimization of cell culture media and quality control of protein hydrolysates.
Sample Preparation, Consumables, HPLC, LC/TOF, LC/HRMS, LC/MS, LC/MS/MS, LC columns, GPC/SEC
IndustriesPharma & Biopharma, Proteomics , Clinical Research
ManufacturerAgilent Technologies
Summary
Determination of Amino Acid Composition of Cell Culture Media and Protein Hydrolysate Standard
In biopharmaceutical development and cell culture monitoring, rapid, accurate measurement of primary amino acids is essential for optimizing nutrient feeds and confirming media formulation. Automated online derivatization combined with high-resolution reversed-phase LC enables high throughput and reproducible quantitation without labor-intensive manual chemistry.
Key components of the AdvanceBio AAA solution:
- Autosampler-driven OPA/FMOC derivatization in a single injection sequence
- AdvanceBio AAA columns (C18, superficially porous, pH-stable, 2.7 μm, 4.6×100 mm) for <20 min separations
- Mobile phases: 10 mM Na₂HPO₄/Na₂B₄O₇ pH 8.2 (A) and 45:45:10 ACN/MeOH/H₂O (B)
- DAD detection at 338 nm (OPA-AA) and 262 nm (FMOC-AA)
- Extended linearity (0.9–1000 pmol), LOD ≈ 0.9 pmol, LOQ ≈ 3.8 pmol
- System suitability: Leu/Ile resolution > 4.5 (Ph. Eur. ≥1.5)
Workflow overview:
- Prepare mobile phases, standards, and internal standard (norvaline/sarcosine)
- Load derivatization reagents (borate buffer, OPA, FMOC) and samples into autosampler tray
- Program injection sequence: mix borate+sample, add OPA, add FMOC, dilute, inject
- Apply gradient (0 → 60 % B in 13.4 min; 60 → 90 % B in 0.1 min; hold; re-equilibrate)
- Switch detector wavelength at lysine retention to capture both OPA- and FMOC-derivatives
Method performance:
- Retention time RSD < 0.6 %; peak area RSD < 3 % (100 pmol loading)
- Excellent linearity (R² > 0.99) for Asn, Gln, Trp over 0.9–1000 pmol
- LOD/LOQ derived from S/N criteria: 3×(SD/b) and 10×(SD/b)
- Rapid re-equilibration and column lifetime extended by high-pH resistant bonding
Applications to cell culture media:
- Analysis of MEM, NEAA, and RPMI media matched theoretical amino acid profiles
- Monitoring of protein hydrolysate standard confirmed composition and Leu/Ile separation
Advantages of AdvanceBio AAA solution:
- Fully automated derivatization increases precision and eliminates manual errors
- High resolution of 23 amino acids in < 20 min for standard throughput
- Extended dynamic range and sensitivity for QC assays
- System suitability compliance with pharmacopeial standards
- Seamless integration with InfinityLab LC and DAD or FLD detection
Conclusion: The Agilent AdvanceBio AAA solution combines robust online derivatization, high-resolution columns, and streamlined workflows to deliver fast, precise, and reproducible amino acid analysis of complex biological samples, enabling confident optimization of cell culture media and quality control of protein hydrolysates.
Content was automatically generated from an orignal PDF document using AI and may contain inaccuracies.
Similar PDF
Agilent Biocolumns - Charge Variant Analysis - Application Compendium
2021|Agilent Technologies|Guides
Agilent Biocolumns Charge Variant Analysis Application Compendium Contents Background 2 Getting Started 3 How to Guide - Ion-Exchange Chromatography for Biomolecule Analysis - 5991-3775EN 4 Featured Application Notes 22 Convenient Customization of Your Cation Exchange Analysis 5994-3257EN 22 How…
Key words
return, returnsection, sectioncontents, contentsbuffer, buffercharge, chargeexchange, exchangevariants, variantsvariant, variantadvisor, advisorgradient, gradientmau, maumin, mingradients, gradientscex, cexcation
Agilent Biocolumns - Glycan Analysis - Application Compendium
2021|Agilent Technologies|Guides
Agilent Biocolumns Glycan Analysis Application Compendium Contents Background 2 Getting Started 3 How to Guide - Glycan Mapping 4 Featured Application Notes 1 16 Streamlined Workflows for N-Glycan Analysis of Biotherapeutics Using Agilent AdvanceBio Gly-X InstantPC and 2-AB Express Sample…
Key words
glycan, glycanreturn, returnglycans, glycanssection, sectioncontents, contentsadvancebio, advancebioinstantpc, instantpcsialic, sialicfld, fldagilent, agilentlabeled, labeledmapping, mappingassaymap, assaymapbiosimilar, biosimilarlinked
Agilent Biocolumns - Aggregate/Fragment Analysis - Application Compendium
2021|Agilent Technologies|Guides
Agilent Biocolumns Aggregate/Fragment Analysis Application Compendium Contents Background 2 Getting Started 3 How to Guide - Size Exclusion Chromatography for Biomolecule Analysis - 5991-3651EN 4 Featured Application Notes Elevate Your mAb Aggregate Analysis - 5994-2709EN 1 22 22 High-Resolution, High-Throughput…
Key words
return, returnsection, sectioncontents, contentsmau, mausec, secinsulin, insulinmin, minsize, sizeprotein, proteinmonomer, monomeradvancebio, advancebiotime, timeexclusion, exclusionaggregates, aggregatesmolecular
Agilent BioHPLC Columns - Characterization of NIST Monoclonal Antibody Critical Quality Attributes - Application Compendium
2019|Agilent Technologies|Guides
Agilent BioHPLC Columns Characterization of NIST Monoclonal Antibody Critical Quality Attributes Application Compendium Contents Agilent-NISTmAb Standard (P/N 5191-5744; 5191-5745) was aliquoted from NISTmAb RM 8671 batch. Quality control (QC) testing is performed using Agilent LC-MS system. QC batch release test…
Key words
mab, mabglycan, glycanadvancebio, advancebiocounts, countspeptide, peptidemapping, mappingagilent, agilentmonoclonal, monoclonalglycans, glycansmin, mincolumn, columnmass, massprotein, proteinnistmab, nistmabassaymap