Are you currently facing long antibody development cycles, difficulty targeting challenging proteins, or a low success rate in lead optimization? Creative Biolabs' Antibody De Novo Design Platform helps you accelerate antibody discovery, develop highly specific therapeutics, and streamline the R&D process through the intelligent integration of advanced AI models and wet lab validation.
Our platform provides a comprehensive solution for generating novel, high-affinity therapeutic antibodies from scratch, circumventing the limitations of traditional immunization and library screening methods. Clients can expect to receive a portfolio of highly specific and developable antibody candidates, a detailed analysis of their binding profiles, and a clear path toward preclinical development.
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The field of therapeutic antibody discovery has traditionally relied on hybridoma technology and phage display, which are often time-consuming and limited by their reliance on existing antibody repertoires. The advent of computational biology and artificial intelligence has ushered in a new era in antibody engineering. Modern approaches, such as those leveraging AI-driven de novo design, are now capable of generating entirely novel antibody sequences from scratch. This represents a paradigm shift, moving from the discovery of existing antibodies to the rational design of new ones. Research in this area has demonstrated the power of AI in predicting and designing protein structures, with some systems now capable of designing antibodies with good affinities and functionality for previously intractable targets, including complex membrane proteins. This technology offers a powerful solution for accelerating drug discovery by unlocking new targets and creating highly specific therapeutic candidates with improved developability profiles.
Proprietary Machine Learning Algorithms
We employ advanced neural networks and deep learning models, trained on large datasets of protein sequences and structures, to predict antibody-antigen interactions, stability, and developability. They also include generative models for creating novel de novo antibody sequences.
High-Performance Computing Clusters
Essential for computationally intensive tasks, our infrastructure uses specialized GPUs and powerful CPUs to run molecular dynamics simulations, physics-based binding free energy calculations, and screen billions of virtual candidates.
State-of-the-art Wet Lab Facility
This facility contains advanced equipment for high-throughput synthesis and expression of candidates. It utilizes automated liquid handling robots for binding and functional assays (e.g., ELISA) and mass spectrometry for characterization. The lab generates crucial data, like Next-Generation Sequencing (NGS) analysis, to feed back into the AI models.
Creative Biolabs' Antibody De Novo Design Platform offers an advanced, integrated solution for next-generation antibody discovery. By combining artificial intelligence with a closed-loop feedback system that seamlessly connects computational predictions to wet-lab validation, we accelerate every stage of therapeutic development. Contact our team to discuss your project and discover how our platform can revolutionize your antibody discovery efforts.
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