Human body consists of many organs where many cells work together to perform their functions. Although massive molecular data are averages over ensembles of cells, the question is whether all the cells in an organ work in the same way. In a cancer tissue, it has been pointed out that a small amount of cancer stem cells play important roles to reconstruct a cancer tissue again even after destroying the cancer tissue by anti-cancer drugs.
NOVEL SEPARATION AND IDENTIFICATION TECHNIQUES FOR PROTEOME STUDY
APPLICATION OF RNA CHECK.. GENE EXPRESSION PROFILES OF DISSECTED SPECIMEN FOR
PREDICTION OF METASTASES OF COLON CANCER
NUCLEIC ACID MASS SPECTROMETRY: A TECHNIQUE WITH UNUSUAL SENSITIVITY AND
PRECISION
DEVELOPMENT OF DNA ANALYSIS TECHNOLOGIES --WHAT COMES NEXT
THE PROGRESS OF BIOCHIP DEVELOPMENT FOR RESEARCH AND CONSUMER MARKET
STEM CELL PROTEOMICS AND CARDIOVASCULAR DISEASE
SELECTION OF DNA APTAMERS USING ATOMIC FORCE MICROSCOPY
SINGLE-CELL TECHNOLOGY FOR REGENERATIVE CELL ENGINEERING
EMBRYOLOGY AT THE SINGLE-CELL LEVEL: GENE EXPRESSION, LINEAGE, AND CELL
IDENTITY
NEW DEVELOPMENT OF LOW--COST AND HIGH--THROUGHPUT DNA SEQUENCING
MODERN RESEARCH OF TRADITIONAL CHINESE MEDICINE IN THE POST-GENOME ERA
PUTTING GENOME IN CONTEXT.. TRANSCRIPTIONAL REGULATION IN THREE DIMENSIONAL ECM
MICROENVIRONMENT
CONSTRUCTION OF THE STIMULI-DEPENDENT NATURAL PROTEIN MUTANTS USING THE DE
NOVO DESIGNED LIGAND-RESPONSIBLE~-HELICAL COILED-COIL
APPLICATIONS OF PEPTIDE NUCLEIC ACIDS FOR RNA PURIFICATION, RNA DETECTION, AND
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