Sequence annotation and liability detection
Analyze antibody formats such as IgG, scFv, VHH, and TCRs, identify FRs and CDRs, align sequences to germline references, and detect sequence-based liabilities.
PipeBio is a cloud bioinformatics platform for antibody, TCR and peptide discovery, analysis, visualization and workflow automation across NGS, single-cell, Sanger and PacBio data.
PipeBio is a cloud-based bioinformatics platform for antibody, TCR, peptide, and broader biologics discovery workflows. It combines sequence analysis, data visualization, and workflow automation in a single environment for scientists and bioinformaticians.
The platform supports analysis of NGS, single-cell, Sanger, and PacBio data, plus sequence storage, metadata management, clustering, engineering, and integration with external systems through a documented REST API.
Analyze antibody formats such as IgG, scFv, VHH, and TCRs, identify FRs and CDRs, align sequences to germline references, and detect sequence-based liabilities.
Cluster samples by clonotype, compare experiments, identify clonal families, analyze enrichment, and explore results with cluster network plots.
Use interactive charts for amino acid frequencies, codons, genes, sequence quality, phylogeny, and other visual summaries of sequence data.
Associate functional assay data and metadata with sequences, then analyze properties such as ELISA results, structural liabilities, transcriptomics, and hit-picking outputs.
Edit sequences at nucleotide or protein level and use engineering tools to calculate protein properties, optimize degenerate codons, and analyze hydrophobicity.
Configure REST API connections and workflows to upload and download data, integrate ELN or LIMS systems, and automate pipelines with internal tools.
Start from large antibody repertoires, hybridoma sequencing, or biopanning experiments and use standardized workflows to move toward a candidate hit list.
Store sequence records in a central database, attach metadata such as target specificity or binding affinity, and compare new results against in-house or public sequences.
Analyze paired chains, clonotypes, clonal families, and enrichment across experiments to understand repertoire changes over time.
Combine sequence data with functional assay results to support hit picking and prioritize candidates for follow-up analysis.
Build automated analysis pipelines that connect PipeBio with ELN, LIMS, internal tools, or custom code through the REST API.
PipeBio is offered as software as a service with an annual subscription fee. The pricing page says you can contact the team for more information, and the FAQ notes that commercial plans start from 5 named users while enterprise plans support an unlimited number of users.
The platform is designed for cloud access, so team members can log in from anywhere and work on shared sequence or assay data. The pricing FAQ says additional team members can be added to an organization.
PipeBio supports configurable end-to-end workflows. The workflow page says users can combine tools, set parameters, automatically create reports, and use the API for programmatic upload, export, and user management.
Yes. The platform pages describe REST API-based integration with ELN, LIMS, internal tools, and lab instruments. The workflow page also mentions support for documented API examples and integration with systems such as Benchling.
The source describes PipeBio as a cloud-based platform for antibody, TCR, VHH, scFv, short peptide, and sequence analysis. It is best suited to biologics discovery teams that need sequence analysis, annotation, clustering, visualization, and workflow automation.