Results 271 to 280 of about 1,032,448 (308)
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Current Opinion in Cell Biology, 1994
The past year has seen the genetic characterization of a human replication origin as well as the identification and characterization of some key components of replication initiation complexes in budding yeast. These results should provide important information for determining how the initial events in DNA replication are regulated during the eukaryotic
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The past year has seen the genetic characterization of a human replication origin as well as the identification and characterization of some key components of replication initiation complexes in budding yeast. These results should provide important information for determining how the initial events in DNA replication are regulated during the eukaryotic
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1995
Studies on the replication of adenovirus DNA were initiated more than two decades ago and quickly led to a novel displacement model for DNA replication (Sussenbach et al. 1972). These studies were mainly performed using intact infected cells or isolated nuclei.
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Studies on the replication of adenovirus DNA were initiated more than two decades ago and quickly led to a novel displacement model for DNA replication (Sussenbach et al. 1972). These studies were mainly performed using intact infected cells or isolated nuclei.
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1984
The molecular biology of adenoviruses is understood in considerable detail. This relates not only to the primary structure of the viral genome, transcription patterns, and virus/host cell interactions, but also to the mechanism of viral DNA replication.
J, Fütterer, E L, Winnacker
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The molecular biology of adenoviruses is understood in considerable detail. This relates not only to the primary structure of the viral genome, transcription patterns, and virus/host cell interactions, but also to the mechanism of viral DNA replication.
J, Fütterer, E L, Winnacker
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Physical Review Letters, 2010
We introduce a rate-equation formalism to study DNA replication kinetics in the presence of defects resulting from DNA damage and find a crossover between two regimes: a normal regime, where the influence of defects is local, and an initiation-limited regime.
Michel G, Gauthier +2 more
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We introduce a rate-equation formalism to study DNA replication kinetics in the presence of defects resulting from DNA damage and find a crossover between two regimes: a normal regime, where the influence of defects is local, and an initiation-limited regime.
Michel G, Gauthier +2 more
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Annual Review of Biochemistry, 1980
PERSPECTIVES AND SUMMARY ...... . . .. . . . . . . . . . .. . . . .. . ... ... . . . . . . . . . . . . . .. ... . . .. . . . . . . . . . NASCENT DNA FRAGMENT: A UNIT OF DNA REPLICATION . CHAIN INITIATION OF NASCENT DNA . METHODS USED FOR DETECTION OF PRIMER RNA . Buoyant Density Shift .
T, Ogawa, T, Okazaki
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PERSPECTIVES AND SUMMARY ...... . . .. . . . . . . . . . .. . . . .. . ... ... . . . . . . . . . . . . . .. ... . . .. . . . . . . . . . NASCENT DNA FRAGMENT: A UNIT OF DNA REPLICATION . CHAIN INITIATION OF NASCENT DNA . METHODS USED FOR DETECTION OF PRIMER RNA . Buoyant Density Shift .
T, Ogawa, T, Okazaki
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Replication of a DNA Microarray
Journal of the American Chemical Society, 2005A mechanical method for efficient replication of DNA microarrays is described. The approach consists of three steps. First, a master DNA microarray consisting of single-stranded DNA elements is exposed to a solution containing the biotin-functionalized complement of each array element.
Haohao, Lin, Li, Sun, Richard M, Crooks
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Nature, 1971
Bacterial cells seem to differentiate between thymine and thymidine, using them separately for replication and repair synthesis respectively. These two processes thus seem to draw their precursors from separate pools.
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Bacterial cells seem to differentiate between thymine and thymidine, using them separately for replication and repair synthesis respectively. These two processes thus seem to draw their precursors from separate pools.
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2003
Replication of the adenovirus genome is catalysed by adenovirus DNA polymerase in which the adenovirus preterminal protein acts as a protein primer. DNA polymerase and preterminal protein form a heterodimer which, in the presence of the cellular transcription factors NFI/CTFI and NFIII/Oct-1, binds to the origin of DNA replication.
H, Liu, J H, Naismith, R T, Hay
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Replication of the adenovirus genome is catalysed by adenovirus DNA polymerase in which the adenovirus preterminal protein acts as a protein primer. DNA polymerase and preterminal protein form a heterodimer which, in the presence of the cellular transcription factors NFI/CTFI and NFIII/Oct-1, binds to the origin of DNA replication.
H, Liu, J H, Naismith, R T, Hay
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Replication of Herpesvirus DNA
1981The genomes of the herpesviruses are large complex DNA molecules with several interesting and perhaps unique properties. In the past few years the structure of these genomes has generated considerable interest, and significant progress has been made in the elucidation of the structural organization of these DNA molecules.
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