Precision in clone annotation is vital for sound downstream analysis results. Our immune repertoire processing App, IGX-Profile, was recently benchmarked using a publicly available AIRR dataset with exciting results.
In this interview, we discuss repertoire sequencing – a powerful tool to understand T and B cell response dynamics. We’ll cover repertoire data analysis, promising applications, and the future of this cutting-edge technology.
Our user-centered design approach creates user-friendly software for navigating immune repertoire sequencing data. Learn how it was implemented in the IGX-Track App.
While generation of sequence data has gotten significantly cheaper and easier, annotating immune receptors correctly and in a scalable manner has not. Let’s dive into key challenges of correct receptor identification and quantification and why this fundamental step in the analysis of immune repertoires requires tailor-made methods.
ENPICOM has secured additional funding to fuel international partnerships, enhance IGX Platform functionality, and introduce new generative AI solutions.
The login experience is the first impression our customers have of the IGX Platform. In this article we will give a clear overview of how we designed and built our login experience and how we made it as robust as possible.
At ENPICOM we want to provide the best possible experience for our customers while also managing our operating expenses. We depend on AWS cloud for hosting our IGX Platform and for supporting our research initiatives.
In this blog, we will discuss display technologies, enrichment analysis, and how the IGX Platform can help you make the best out of your display-based antibody discovery campaigns.
The Inno4Vac project aims to further develop vaccine technology on all fronts: from improving production facilities, to new in vivo and in vitro models for vaccine testing, to prediction of good vaccine candidates.
Traditional animal models such as mice, rats, and rabbits are commonly used in antibody discovery for therapeutic, diagnostic, and research purposes. They are cost-effective, versatile, and widely accepted in research settings.
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