Overview of Label-Free Biomolecular Interaction Analysis
Welcome to Sartorius' advanced platform for label-free biomolecular interaction analysis.
Label-free detection (also label-free (LF) technology, label-free analysis, or label-free sensing) utilizes optics-based biosensors. Our approach, featuring Biolayer Interferometry (BLI) and Surface Plasmon Resonance (SPR) technology, enables precise, real-time monitoring of analyte-ligand interactions without the interference of detection labels preserving the ligand's native conformation and providing insights that are more physiologically relevant.
Our label-free platform facilitates comprehensive kinetic and affinity analyses, or simple concentration determination from analyte titer to residue analysis to characterizing multiple critical quality attributes (CQAs) in a single sample. Elevate your research in drug discovery and protein characterization with Sartorius' advanced label-free detection solutions.
Applications for Label-free Biomolecular Interaction Analysis
Simplifying Progress
New Octet® Biosensors
Reliable and Versatile Solution for Characterization of FLAG®-Tagged Proteins
Octet® DYKDDDDK Biosensors offer a flexible platform for a broad range of high-throughput applications for FLAG®-tagged proteins including lead identification and optimization, cell line development, process development, and quality control.
Reliable and Versatile Solution for Characterization of VHH Molecules
Octet® VHH Biosensors offer a flexible platform for a broad range of high-throughput applications including lead identification and optimization, cell line development, process development, and quality control.
Reliable and Versatile Solution for Characterization of RbIgG Proteins
Octet® ARC Biosensors offer a flexible platform for a broad range of high-throughput applications including lead identification and optimization, cell line development, process development, and quality control.
