BioLC columns and accessories (Chromatography consumables catalog)

Connected Chromatography Solutions Overview

Significance of the Topic:
Chromatography consumables play a pivotal role in ensuring reliable, high-resolution separations across academic, biopharmaceutical, environmental, and industrial laboratories. Optimized sample preparation, handling, and column chemistries enable sensitive detection of critical biomolecules, small molecules, and gases, supporting quality control and research innovation.

Objectives and Overview:
This catalog presents a unified portfolio of Thermo Scientific products designed to support end-to-end chromatography workflows. From sample preparation kits to specialized low-flow, BioLC, standard LC, and GC columns and accessories, the range addresses diverse analytical needs including proteomics, biotherapeutic characterization, glycan profiling, charge variant analysis, peptide mapping, nucleic acid separations, and gas chromatography.

Methodology and Instrumentation:
Workflows integrate advanced solid-phase extraction (SPE), microfluidic digest kits, QuEChERS, and online sample prep with HPLC/UHPLC or GC separations. Detection modes span UV, fluorescence, refractive index, charged-aerosol, and high-resolution mass spectrometry.

Instrumentation:

• UHPLC/HPLC systems (e.g. Vanquish™)
• Quadrupole-Orbitrap and other high-resolution mass spectrometers
• GC systems with capillary and packed columns
• Autosampler vials, caps, and sealing mats

Main Results and Discussion:
• Sample preparation: SMART Digest™, SOLA™ SPE, HyperSep™, TurboFlow™ and microSPE kits improve reproducibility and extend column life.
• Sample handling: SureSTART™ vials and closures minimize extractables and adsorptive losses.
• Low-flow LC: nano-, micro-, and capillary-flow columns (µPAC™, PepMap™, EASY-Spray™) achieve high sensitivity in proteomics.
• BioLC: Affinity (Protein A), HIC, SEC, RP, and IEX columns enable intact antibody, fragment, glycan, aggregate, and charge variant analyses in under 10 minutes with complementary selectivities.
• Glycan analysis: Solid-core HILIC (Accucore™ Amide), mixed-mode (GlycanPac AXH-1/AXR-1) and amide-HILIC columns resolve neutral and charged glycans.
• Peptide mapping and MAM: Hypersil™ GOLD and Accucore™ C18 columns deliver reproducible, high-throughput separations for multi-attribute monitoring.
• Nucleic acids: DNAPac™ RP, PA200, PA200RS, and DNASwift™ SAX monolithic columns separate oligonucleotides by length, sequence variants, and failure products.
• GC: TracePLOT™ PLOT, TraceGOLD™, Super Clean™ filters, liners, and gas management accessories support volatile and semivolatile analyses.

Benefits and Practical Applications:

• Streamlined method development with preconfigured selection guides and pH gradient buffer kits
• High reproducibility and column longevity across a broad pH and solvent range
• Rapid characterization of monoclonal antibodies, biosimilars, and ADCs
• Enhanced sensitivity for low-abundance glycoforms, charge variants, and peptide modifications
• Regulatory-compliant workflows for QA/QC and biopharma production

Future Trends and Potential Applications:
Integration of cloud-based AppsLab method repositories with AI-driven method optimization, continued miniaturization in microflow LC, expansion of hyphenated MS workflows, and development of greener consumables to reduce waste and environmental impact.

Conclusion:
Thermo Scientific connected chromatography consumables offer a cohesive, high-performance toolkit for comprehensive analyses in life sciences, environmental testing, and industrial quality control. Their broad compatibility and robust performance enable rapid, reproducible results, driving productivity and innovative research.