Technologies
Sequence profiling of the immune repertories.”
Our technologies are designed and engineered to comprehensively and efficiently profile the human immune repertoire at the sequence level.
Next Generation Sequencing
- Starts with human peripheral blood
- Amplifies immunoglobulin variable regions from IgG, IgK, IgL, IgM, and IgA
- Tolerates extensive sequence changes caused by somatic hyper mutation and affinity maturation
Bioinformatics
- Assembles full-length variable regions
- Annotates FR and CDR regions
- Distinguishes IgG subtypes (IgG1, IgG2, IgG3, and IgG4)
- Tabulates clone and mutation frequency
Synthetic Biology
- Optimized expression construction via high-throughput gene synthesis
- Rapid turn-around time
- Cost-effective
High-Throughput Antibody Expression
- Transient mammalian expression system
- 96-well plate format
Technologies
Sequence profiling of the immune repertories.”
Our technologies are designed and engineered to comprehensively and efficiently profile the human immune repertoire at the sequence level.
Next Generation Sequencing
- Starts with human peripheral blood
- Amplifies immunoglobulin variable regions from IgG, IgK, IgL, IgM, and IgA
- Tolerates extensive sequence changes caused by somatic hyper mutation and affinity maturation
Bioinformatics
- Assembles full-length variable regions
- Annotates FR and CDR regions
- Distinguishes IgG subtypes (IgG1, IgG2, IgG3, and IgG4)
- Tabulates clone and mutation frequency
Synthetic Biology
- Optimized expression construction via high-throughput gene synthesis
- Rapid turn-around time
- Cost-effective
High-Throughput Antibody Expression
- Transient mammalian expression system
- 96-well plate format
