Efficient AI-designed antibody screening requires reliable, application-ready antigens. ACRO offers 5,000+ recombinant proteins covering diverse drug discovery targets, providing essential tools for candidate screening and affinity evaluation.
CHO-Direct™ is purpose-built for AI-driven antibody pipelines, connecting the full workflow from AI-powered design → Stage 1: high-throughput screening → Stage 2: antibody expression & purification → Stage 3: in-depth characterization → AI model iteration / preclinical development. It provides a standardized, reproducible, and iterative wet-lab framework to efficiently advance AI-designed antibodies from virtual design to preclinical development.
AIDD-Ready also includes a cell-free expression (CFS) platform for rapid production of small proteins such as VHHs and mini-proteins. With fast turnaround, CFS complements CHO-Direct™ to support wet-lab validation across diverse AI-designed molecules.
High-throughput validation of AI-generated antibody sequences enables rapid identification of positive candidates and efficient elimination of non-performing sequences. This reduces downstream validation costs while generating the first round of experimental data to drive AI model iteration.
Standard Workflow
Automated Report Delivered in 4-6 Days* AI Antibody Sequence Receipt & Analysis
Gene Synthesis & Construct Generation
CHO Cell Transfection & Expression
Supernatant Harvest & Testing
Automated Report Delivery
Core ServicesAssess antibody expression to rapidly identify low-expressing or abnormal sequences
High-throughput affinity analysis with automated reporting for efficient candidate ranking
Confirm binding specificity and minimize false positives
Cell-based binding screening for membrane protein targets
Characterize antibody epitopes
TR-FRET/ELISA blocking and binding assays for early assessment of candidate activity
Core Service AdvantagesStarting from AI-designed antibody sequences, CHO-Direct™ provides one-stop wet-lab validation covering high-throughput expression, functional activity, and developability assessment.