THE ENCYCLOPEDIA OF MOLECULAR BIOLOGY
CONTENTS 1 SYNTHETIC BIOLOGY: IMPLICATIONS AND USES PART I BIOLOGICAL BASIS 2 THE EMERGENCE OF THE FIRST CELLS 3 REGULATION OF GENE EXPRESSION 4 INTERACTOME 5 MICROBIOMES PART II MODELING 6 DYNAMICS OF BIOMOLECULAR NETWORKS 7 E-CELL: COMPUTER SIMULATION OF THE CELL 8 SYNBIOSS DESIGNER MODELING SUITE PART III MODULAR PARTS AND CIRCUITS 9 SYNTHETIC GENE CIRCUITS 10 DNA ORIGAMI NANOROBOTS 11 RNAI SYNTHETIC LOGIC CIRCUITS FOR SENSING, INFORMATION PROCESSING, AND ACTUATION 12 SYNTHETIC HYBRID BIOSENSORS 13 SYNTHETIC BIOLOGY IN METABOLIC ENGINEERING: FROM COMPLEX BIOCHEMICAL PATHWAYS TO COMPARTMENTALIZED METABOLIC PROCESSES–A VITAMIN CONNECTION PART IV SYNTHETIC GENOMES 14 THE MINIMAL GENE-SET MACHINERY 15 PRODUCTION OF MITOCHONDRIAL GENOME AND CHROMOSOMAL DNA SEGMENTS HIGHLY ENGINEERED FOR USE IN MOUSE GENETICS BY A BACILLUS SUBTILIS-BASED BGM VECTOR SYSTEM 16 SYNTHETIC GENETIC POLYMERS FUNCTIONING TO STORE AND PROPAGATE INFORMATION BY GENETIC ALPHABET EXPANSION PART V DISEASES AND THERAPEUTICS 17 SYNTHETIC BIOLOGY APPROACHES FOR REGENERATIVE MEDICINE 18 THE SYNTHETIC BIOLOGY APPROACH TO STEM CELLS AND REGENERATIVE MEDICINE 19 SYNTHETIC BIOLOGY APPROACHES TO CELL THERAPY 20 SYNTHETIC BIOLOGY APPROACHES FOR VACCINE DEVELOPMENT PART VI CHEMICALS PRODUCTION 21 METABOLIC ENGINEERING FOR THE PRODUCTION OF DIOLS 22 SYNTHETIC BIOLOGY IN BIOFUELS PRODUCTION 23 SYNTHETIC BIOLOGY OF ANTIBIOTIC PRODUCTION