The Initiation of DNA Replication

✍ Scribed by Dan S Ray (Auth.)

• Publisher: Elsevier Science
• Year: 1981
• Tongue: English
• Leaves: 621
• Category: Library

✦ Table of Contents

Content:
Academic Press Rapid Manuscript Reproduction, Page ii
Front Matter, Page iii
Copyright, Page iv
CONTRIBUTORS, Pages xi-xviii
PREFACE, Pages xix-xx
ESCHERICHIA COLI ORIGIN OF REPLICATION: Structural organization of the region essential for autonomous replication and the recognition frame model, Pages 1-12
THE DNA REPLICATION ORIGIN REGION OF THE ENTEROBACTERIACEAE, Pages 13-25
APPENDIX THE CONSENSUS SEQUENCE OF THE BACTERIAL ORIGIN, Pages 26-28
MAPPING OF PROMOTERS IN THE REPLICATION ORIGIN REGION OF THE E. coli CHROMOSOME, Pages 29-35
TRANSCRIPTION AND TRANSLATION EVENTS IN THE oriC REGION OF THE E. COLI CHROMOSOME, Pages 37-55
GENES, TRANSCRIPTIONAL UNITS AND FUNCTIONAL SITES IN AND AROUND THE E. COLI REPLICATION ORIGIN, Pages 57-77
SPECIFIC BINDING OF ESCHERICHIA COLI REPLICATIVE ORIGIN DNA TO MEMBRANE PREPARATIONS, Pages 79-90
DISSECTION OF THE REPLICATION REGION CONTROLLING INCOMPATIBILITY, COPY NUMBER, AND INITIATION OF DNA SYNTHESIS IN THE RESISTANCE PLASMIDS, R100 AND R1, Pages 91-111
DIRECT REPEATS OF NUCLEOTIDE SEQUENCES ARE INVOLVED IN PLASMID REPLICATION AND INCOMPATIBILITY, Pages 113-124
INCOMPATIBILITY OF IncFII R PLASMID NR1, Pages 125-141
GENETIC ANALYSIS OF pMB1 REPLICATION, Pages 143-155
CLONING OF DNA SYNTHESIS INITIATION DETERMINANTS OF COLE1 PLASMID INTO SINGLE-STRANDED DNA PHAGES, Pages 157-167
DNA INITIATION DETERMINANTS OF BACTERIOPHAGE M13 AND OF CHIMERIC DERIVATIVES CARRYING FOREIGN REPLICATION DETERMINANTS, Pages 169-193
ESSENTIAL FEATURES OF THE ORIGIN OF BACTERIOPHAGE ØX174 RF DNA REPLICATION: A RECOGNITION AND A KEY SEQUENCE FOR ØX GENE A PROTEIN, Pages 195-209
VIRAL DNA SEQUENCES AND PROTEINS IMPORTANT IN THE ØX174 DNA SYNTHESIS, Pages 211-232
CONSERVATION AND DIVERGENCE IN SINGLE-STRANDED PHAGE DNA SECONDARY STRUCTURE: RELATIONS TO ORIGINS OF DNA REPLICATION, Pages 233-243
PRIMARY AND SECONDARY REPLICATION SIGNALS IN BACTERIOPHAGE λ AND IS 5 INSERTION ELEMENT INITIATION SYSTEMS, Pages 245-262
INTERACTION OF BACTERIOPHAGE LAMBDA O PROTEIN WITH THE LAMBDA ORIGIN SEQUENCE, Pages 263-275
ON THE ROLE OF RECOMBINATION AND TOPOISOMERASE IN PRIMARY AND SECONDARY INITIATION OF T4 DNA REPLICATION, Pages 277-295
ANALYSIS OF SEVEN dnaA SUPPRESSOR LOCI IN ESCHERICHIA COLI, Pages 297-314
SUPPRESSION OF AMBER MUTATIONS IN THE dnaA GENE OF Escherichia coli K-12 BY SECONDARY MUTATIONS IN rpoB., Pages 315-323
EVIDENCE THAT THE ESCHERICHIA COLI DNAZ PRODUCT, A POLYMERIZATION PROTEIN, INTERACTS IN VIVO WITH THE DNAA PRODUCT, AN INITIATION PROTEIN, Pages 325-336
REC-DEPENDENT DNA REPLICATION IN E. coli: INTERACTION BETWEEN REC-DEPENDENT AND NORMAL DNA REPLICATION GENES, Pages 337-360
AN ALTERNATIVE DNA INITIATION PATHWAY IN E. coli, Pages 361-374
GENETIC ANALYSIS OF DNA REPLICATION IN SALMONELLA TYPHIMURIUM, Pages 375-386
INITIATION OF BACTERIOPHAGE T7 DNA REPLICATION, Pages 387-408
THE PRIMOSOME IN φX174 REPLICATION, Pages 409-423
ROLE OF THE β SUBUNIT OF THE ESCHERICHIA COLI DNA POLYMERASE III HOLOENZYME IN THE INITIATION OF DNA ELONGATION, Pages 425-436
PRIMING OF PHAGE Ø29 REPLICATION BY PROTEIN p3, COVALENTLY LINKED TO THE 5′ ENDS OF THE DNA, Pages 437-453
FUNCTIONAL COMPONENTS OF THE SACCHAROMYCES CEREVISIAE CHROMOSOMES - REPLICATION ORIGINS AND CENTROMERIC SEQUENCES, Pages 455-471
DNA SEQUENCES THAT ALLOW THE REPLICATION AND SEGREGATION OF YEAST CHROMOSOMES, Pages 473-488
SEQUENCING AND SUBCLONING ANALYSIS OF AUTONOMOUSLY REPLICATING SEQUENCES FROM YEAST CHROMOSOMAL DNA, Pages 489-500
REPLICATION ORIGINS USED in vivo IN YEAST, Pages 501-516
REPLICATION PROPERTIES OF Trp1-R1-CIRCLE: A HIGH COPY NUMBER YEAST CHROMOSOMAL DNA PLASMID, Pages 517-527
IN VITRO REPLICATION OF YEAST 2-μm PLASMID DNA, Pages 529-553
REPLICATION IN MONKEY CELLS OF PLASMID DNA CONTAINING THE MINIMAL SV40 ORIGIN, Pages 555-566
LOCATIONS OF 5′-ENDS OF NASCENT DNA AT THE ORIGIN OF SIMIAN VIRUS 40 DNA REPLICATION, Pages 567-580
REPLICATION DIRECTED BY A CLONED ADENOVIRUS ORIGIN, Pages 581-595
EUKARYOTIC ORIGINS: STUDIES OF A CLONED SEGMENT FROM XENOPUS LAEVIS AND COMPARISONS WITH HUMAN BLUR CLONES, Pages 597-606
REGIONS OF TETRAHYMENA rDNA ALLOWING AUTONOMOUS REPLICATION OF PLASMIDS IN YEAST, Pages 607-614
HIGH-FREQUENCY TRANSFORMATION OF MOUSE L CELLS, Pages 615-623
INDEX, Pages 625-628