Biologics
Accelerate Your Biologics Discovery with Arctoris’ Integrated and High-Precision Solutions.
Capabilities Overview
Arctoris brings unparalleled expertise and cutting-edge technology to biologics drug discovery. Our comprehensive services span from antibody generation and engineering to functional characterization and optimization. Utilizing our advanced Ulysses® platform, we deliver high-throughput, high-quality data that drives the development of next-generation biologic therapeutics. Tailored solutions and AI/ML-ready datasets empower you to make informed decisions faster, propelling your biologics projects toward clinical success.
Key Features and Value
Expertise Across Modalities: Extensive experience with antibodies, bispecifics, peptides, and RNA therapeutics.
High-Throughput Precision: Accelerate screening and optimization with automated platforms and analytics.
Tailored Solutions: Whether starting from scratch or optimizing an existing assay, we customize our approach to meet your specific needs.
Comprehensive Characterization: Deep functional insights through advanced assays and structural biology.
Seamless Integration: Unified workflows from target validation to lead optimization.
Key Capabilities
Antibody discovery and engineering (humanization, affinity maturation)
Functional assays for biologic efficacy and mechanism of action
High-throughput screening of biologic libraries
Structural analysis for rational design and optimization
Advanced cell-based models including patient-derived systems
Pharmacokinetic and pharmacodynamic studies via partners
Automated data analysis for rapid decision-making
Validation Data
Clinical Success: Guided over 12 biologic candidates through IND into clinical trials.
Time Efficiency: Reduced lead optimization timelines by up to 30%.
Data Quality: Delivered high-quality data enhancing lead selection decisions.
Resource Optimization: Enabled rapid project progression with minimal in-house investment.
Predictive Accuracy: Provided datasets improving computational model predictions.