ImmunoRaptor Platform
Over the past few years, it has become easier to study immune responses through adaptive immune receptor repertoire sequencing (AIRR-Seq), in which DNA from B-cell or T-cell receptors is sequenced. However, there is a lack of easy-to-use, efficient, and accurate tools for analyzing these data.
Therefore, BISC Global has developed ImmunoRaptor, a highly innovative immune repertoire analysis software that enables researchers to easily manage and analyze their immune repertoire sequencing data. Its wide range of features ensures that ImmunoRaptor can be applied in diverse domains such as antibody discovery, autoimmune diseases, vaccine development, and oncology. ImmunoRaptor has an easy-to-use interface and does not require bioinformatics expertise. By relying on cloud computing, hundreds of samples can be quickly analyzed simultaneously.
Would you like to try out ImmunoRaptor for your immune repertoire sequencing data?
6 easy steps to fully benefit from your immune repertoire sequencing data
Upload your sample data
Create a new experiment
Run the experiment
Download the results
Explore the data through interactive visualizations
Share the results with your colleagues
Data management. Simply upload samples and supporting files.
Experiment overview. Create and track experiments efficiently.
Sample browser. Create interactive visualizations for samples of interest.
Visualization example: CDR3 overlap. Arcs indicate samples with shared CDRs.
Visualization example: shared clonotypes per sample.
Visualization example: stack columns show the composition of amino acids.
Benefits of ImmunoRaptor
No bioinformatics expertise required
Interactive visualizations
Data security
High-throughput data processing
Support for all common protocols (Illumina, UMI, 10x)
Standardized according to AIRR community guidelines
ImmunoRaptor features
- Support for all common input data types such as BCR/TCR data from Illumina or 10X
- Assignment of clones/clonotypes/lineages
- Reconstruction of phylogenetic trees
- Analysis of CDR properties (e.g. amino acids, lengths, physicochemical properties)
- Analysis of somatic hypermutation rates
- Analysis of sample overlap with respect to clonotypes and CDR3s
- Analysis of gene usage and V-J recombination
- BISC Global support