Eun Hae CHO

METHOD FOR DIAGNOSING AND PREDICTING CANCER TYPE USING METHYLATED CELL FREE DNA

METHOD FOR DIAGNOSING CANCER BY USING SEQUENCE FREQUENCY AND SIZE AT EACH POSITION OF CELL-FREE NUCLEIC ACID FRAGMENT

BLOOD CELL-FREE DNA-BASED METHOD FOR PREDICTING PROGNOSIS OF BREAST CANCER TREATMENT

ARTIFICIAL-INTELLIGENCE-BASED CANCER DIAGNOSIS AND CANCER TYPE PREDICTION METHOD

CANCER DIAGNOSIS AND CANCER-TYPE PREDICTION METHOD BASED ON CELL-FREE DNA AND IMAGE ANALYSIS TECHNOLOGY

ARTIFICIAL INTELLIGENCE-BASED METHOD FOR EARLY DIAGNOSIS OF CANCER, USING CELL-FREE DNA DISTRIBUTION IN TISSUE-SPECIFIC REGULATORY REGION

ARTIFICIAL-INTELLIGENCE-BASED METHOD FOR DETECTING TUMOR-DERIVED MUTATION OF CELL-FREE DNA, AND METHOD FOR EARLY DIAGNOSIS OF CANCER, USING SAME

DEEP LEARNING BASED METHOD FOR DIAGNOSING AND PREDICTING CANCER TYPE USING CHARACTERISTICS OF CELL-FREE NUCLEIC ACID

METHOD FOR DIAGNOSING CANCER AND PREDICTING TYPE OF CANCER BASED ON SINGLE NUCLEOTIDE VARIANT IN CELL-FREE DNA

METHOD FOR DETERMINING SENSITIVITY TO PARP INHIBITOR OR DNA DAMAGING AGENT USING NON-FUNCTIONAL TRANSCRIPTOME

METHOD FOR DIAGNOSING CANCER AND PREDICTING CANCER TYPE BY USING TERMINAL SEQUENCE MOTIF FREQUENCY AND SIZE OF CELL-FREE NUCLEIC ACID FRAGMENT

Artificial-intelligence-based cancer diagnosis and cancer type prediction method

METHOD FOR DETECTING CHROMOSOMAL ABNORMALITY BY USING INFORMATION ABOUT DISTANCE BETWEEN NUCLEIC ACID FRAGMENTS

ARTIFICIAL INTELLIGENCE-BASED CHROMOSOMAL ABNORMALITY DETECTION METHOD

BLOOD CELL-FREE DNA-BASED METHOD FOR PREDICTING PROGNOSIS OF LIVER CANCER TREATMENT