ENPICOM to integrate renowned structural antibody prediction tools developed at the University of Oxford
The IGX Platform integrates SAbPred, developed at the University of Oxford, to support high-throughput de-risking of antibody discovery.
The IGX Platform integrates SAbPred, developed at the University of Oxford, to support high-throughput de-risking of antibody discovery.
By democratizing Rep-Seq data analysis, scientists and collaborators can extract value directly from all data, avoiding bottlenecks that hinder innovation and development.
ENPICOM, an innovative bioinformatics software engineering company, announced today that Zai Lab Limited (NASDAQ: ZLAB; HKEX: 9688), an innovative, research-based, commercial-stage biopharmaceutical company based in China and the U.S., has signed a subscription agreement for ENPICOM’s IGX Platform.
NGS of BCR repertoires is crucial in antibody discovery and vaccine studies, allowing for detailed immune response analysis. Prof. Gunilla Karlsson Hedestam discussed the impact of high-throughput Rep-Seq on antibody and vaccine discovery.
Biomedical software needs good UX practices to tackle complex research questions. Discover how well-thought interface and experience can significantly improve and speed up biomedical data analysis.
ENPICOM announces a new Antibody Discovery Module, empowering scientists and service providers in the antibody discovery field to analyze Sanger and NGS data independently.
The Antibody Society is an international non-profit association, founded in 2007, to represent individuals and organizations involved in antibody-related research and development. We are now pleased to announce an official corporate sponsorship of The Antibody Society.
Single-cell sequencing technology has been applied in many biomedical fields, including immunology. In this post, we take a closer look at the market, forecasts, and highlight expert insights from the single-cell immune profiling industry.
Prof. Dirk Busch and Dr. Kilian Schober from the Technical University of Munich use T-cell receptor sequencing to study the T-cell response during CMV infection in humans and mice.
Explore how repertoire sequencing advances research in infectious diseases and the future of immunomics-driven therapy development.