Our goal is to pioneer a new paradigm in precision medicine by leveraging AI technology and to realize data-driven personalized treatments. 

• Developing and advancing precision medicine analysis technologies 

• Providing precision medicine education for medical professionals and researchers  

• Supporting genomic data production and AI-based analysis 

• Creating innovative models through industry-academia collaboration 

🔬 Advanced Genomics Research  We are leading academic advancements in the precision medicine field by conducting national research projects and publishing papers in prestigious SCI-indexed international journals. 

🤖 AI-Based Precision Medicine  We utilize artificial intelligence and machine learning to analyze vast genomic data and develop predictive models for early disease detection. 

📚 Professional Education Programs  We offer hands-on training and workshops for medical professionals and researchers on topics such as genomic big data analysis and Next-Generation Sequencing (NGS). 

🌏 Global Network  We are building a collaborative network with world-class researchers by co-hosting domestic and international academic conferences and organizing symposiums. 

💡 Technology Development and Commercialization  We develop technologies such as rapid on-site infection tests and AI diagnostic algorithms, pursuing commercialization through patent applications to translate research outcomes into practical clinical applications. 

🧬 Genomic Analysis Services 

• Cancer Gene Panel Analysis: Genetic mutation testing for personalized cancer treatment. 

• Whole Exome Sequencing (WES): Analyzing all protein-coding genes to identify the causes of rare diseases. 

• Whole Genome Sequencing (WGS): Decoding an individual's entire genetic makeup to provide comprehensive health information. 

• Long-Read Sequencing: Precisely analyzing complex genetic variations that are difficult to detect with conventional methods.

• Single-Cell Analysis: Investigating disease mechanisms by analyzing gene expression at the individual cell level. 

• AI Data Analysis: Interpreting complex genomic data and deriving clinical insights using artificial intelligence.