Next Gen GWAS 

Time efficient

NEO offers an ultrafast approach to resolve epistatic maps swiftly. Comparative analysis showcases its exceptional speed, surpassing even the fastest existing solutions. 

As an invaluable tool, NEO aids researchers in unraveling the genetic foundations of complex phenotypes and deases, fostering the development of enhanced biological solutions.

Pioneering the Cutting Edge

Genome Wide Association Studies (GWAS) first unveiled the enigma of missing heritability. Current GWAS models exhibit scalability issues, often taking years to assess the complete combinatorial epistatic space. NEO introduces a novel modeling approach that scrutinizes billions of genetic variant interactions. 

Our research demonstrates the retrieval of a substantial portion of the missing heritability using this method, significantly enhancing phenotype prediction accuracy.

"NEO's accuracy surpasses state-of-the-art GWAS models while boasting exceptional scalability.

Versatile analysis

Our tool is designed for comprehensive analysis, initially focusing on Arabidopsis, a widely recognized model plant. As we progress, we're expanding its functionalities to include human genetics. However, our dedication goes beyond this horizon - we're enthusiastic about collaborating with you to customize our solution for investigating your specific species of interest. Contact us to embark on a collaborative journey together. Should you be pioneering the study of a unique species, rest assured, we'll offer a significant discount on our solution to support your groundbreaking research.