| LSA | LSAXT | Carterra Ultra | Carterra Vega | |
|---|---|---|---|---|
| Format | One on Many (single analyte, many ligands) |
Many on Few (many analytes, few ligands) |
||
| Antibodies and Biologics Detailed antibody kinetic and epitope binning |
Antibodies and Biologics Enhanced data quality for antibody discovery |
Antibodies, Biologics, Small Molecules, and Fragments Most versatile platform for small molecule and biological discovery |
Fragments, Small Molecules, Biologics, and Screening 48-channel parallel screening with walk-away automation |
|
| Ligand Array Capacity | 384 | 384 | 192 | 48 channels (2 ligands each) |
| Simultaneous Analyte Delivery | 1 | 1 | 1 | 48 |
| Max. Throughput (analytes/24 h) (baseline/assoc/dissoc in seconds) |
200 (30/60/60) |
200 (30/30/30) |
384 (30/30/30) |
384 × 48 (10/10/10, automation) 340 × 48 (30/30/30, standalone) |
| Performance | ||||
| Analyte MW Sensitivity | ≥ 1000 Da | ≥ 500 Da | ≥ 100 Da | ≥ 100 Da |
| Analysis Temperature | 15–40 °C | 15–40 °C | 10–40 °C | 10–40 °C |
| Sample Handling | ||||
| Injection Volume | MC: 200 μL SC: 270 μL |
MC: 200 μL SC: 270 μL |
MC: 200 μL SC: 200 μL |
MC: 200, or 270 μL (standalone); 100, 200, or 270 μL (automation) SC: 200 or 270 μL |
| Max Sample Capacity | MC: up to 1152 ligands SC: 384 analytes |
MC: up to 1152 ligands SC: 384 analytes |
MC: up to 1152 ligands SC: 768 analytes |
MC: up to 1152 ligands and/or analytes (standalone) Up to 105 × 384-well plates (with automation) |
| Automation | — | — | — | ✓ |
The right sensor chip is key to getting optimal assay performance. Fortunately, Carterra offers a broad range of chemistries to handle almost any assay imaginable.
Carterra’s Epitope software takes epitope analysis to a whole new level.
Carterra products are the standard for modern drug discovery processes leveraging AI/ML. The scale of data generated enables a robust design and test strategy to build confidence in models.
Carterra’s optional plate loading robot integrates directly with the Carterra Vega platform to deliver true walk-away automation.