LUNARIS™ Technology is based on a simple idea that merges the benefits of antibody-coated microbeads and a planar microarray format.
Through high-precision engineering, microbeads are immobilized at specific coordinates on the bottom surface of LUNARIS™ BioChip wells. Their distribution is random and even to eliminate density or location biases, making each BioChip unique.
Signals emitted from microbeads with bound targets are recorded by imaging. Analytes are then identified and quantified based on known bead locations.
Each LUNARIS™ BioChip is carefully scrutinized during production to eliminate rare artifacts and guarantee excellent assay precision.
1. Precisely measure multiple analytes in low-volume, challenging sample types
2. No aggregation of beads or interaction of capture reagents.
3. No position effects as beads are randomly distributed
4. No sedimentation artifacts given the planar design.
Carefully selected biomarker-specific capture antibodies are conjugated to microbeads, which are then randomly positioned in microcavities covering the planar surface of LUNARIS™ BioChip wells.
The exact position and antibody type of each microbead is recorded in a BioChip-specific file to assign analyte identity. Because assay readout is image-based, known bead identity and location can be used to precisely correlate fluorescent signals to analyte concentration during data evaluation.
Compared to other technologies, the design of LUNARIS™ BioChips eliminates issues with density artifacts, signal quenching, sedimentation, or interaction with capture reagents.