Bioinformatics
We provide integrated bioinformatics services that support researchersin effectively utilizing data, from production, analysis, and management to training.
We support researchers in analyzing and utilizing data more precisely and efficiently based on bioinformatics technology. We offer multi-omics data analysis services, including NGS-based genomics, transcriptomics, and proteomics, and enhance the precision of bioinformatics research through customized services tailored to research objectives.
Additionally, we provide an integrated solution combining bioinformatics software, consulting, and training, enabling researchers to directly analyze and utilize data.
By integrating bioinformatics, big data, and AI technologies, we will continue to support researchers in building the optimal analysis environment and conducting more accurate bio research.
Domestic and overseas experts provide
fast and reliable customized
bioinformatics analysis services.
We provide bioinformatics analysis services based on NGS (Next-Generation Sequencing), covering all areas of life sciences, including genomics, transcriptomics, and variant analysis. We propose methodologies tailored to the client's needs and objectives, and engage in discussions with the client based on the results.
With over 60 bioinformatics specialists and collaboration with international partners, we offer services optimized for the client's goals through bioinformatics analysis pipelines and knowledge built over many years. Experience a comprehensive service, from interpreting complex existing data to exploring specialized new research areas.
DOMAIN
Human disease association analysis, gene network and molecular mechanism research
Gene variation and expression analysis related to useful traits
Genomics projects, gene structure and function analysis, metagenome analysis
CUSTOMIZED
View Representative CasesTranscriptome analysis service to identify the functional roles of organisms
Customized variant analysis service to explore trait and disease associations through genome variation
Genome analysis service to predict gene structure and function based on high-resolution sequencing
Analysis service to explore common and unique genes through genome comparison across species
Epigenomics analysis service to investigate gene expression regulation through DNA methylation and histone modification data
Understanding cellular heterogeneity and identifying disease mechanisms through genomic, transcriptomic, proteomic, and metabolomic analysis at the single-cell level
