Pol ζ, Pol η, Pol ι, Pol κ and Rev1 are specialized DNA polymerases that are able to synthesize DNA across a damaged template. DNA synthesis by such translesion polymerases can be mutagenic due to the miscoding nature of most damaged nucleotides. In fact, many mutational and hypermutational processes in systems ranging from yeast to mammals have been traced to the activity of such polymerases. We show however, that the translesion polymerases are dispensable for repeat-induced point mutation (RIP) inNeurospora crassa. Additionally, we demonstrate that theupr-1 gene, which encodes the catalytic subunit of Pol ζ, is a highly polymorphic locus in Neurospora
AbstractMost types of DNA damage block the passage of the replication machinery. In order to bypass ...
In Neurospora crassa the ability of an ectopic gene-sized duplication to induce repeat-induced point...
DNA damage blocks the progression of the replication fork. In order to circumvent the damaged bases,...
Crosses involving the Adiopodoume strain of Neurospora crassa are defective for repeat-induced point...
Repeat-induced point mutation (RIP) is an unusual genome defense mechanism that was discovered in Ne...
SummaryExpansions of simple DNA repeats cause numerous hereditary diseases in humans. We analyzed th...
AbstractDNA polymerase η (pol η) is best characterized for its ability to perform accurate and effic...
Expansions of simple DNA repeats cause numerous hereditary diseases in humans. We analyzed the role ...
Repeat-induced point mutation (RIP) is a sexual stage-specific mutational process of Neurospora cras...
Three DNA polymerases — Pol α, Pol δ and Pol ɛ — are essential for DNA replication. After initiation...
A mutant of the high fidelity family-B DNA polymerase from the archaeon Thermococcus gorgonarius (Tg...
Polymerase α is an essential enzyme mainly mediating Okazaki fragment synthesis during lagging stran...
DNA polymerases are involved in different cellular events, including genome replication and DNA r...
DNA damages hinder the advance of replication forks because of the inability of the replicative poly...
The authors would like to thank Mark Hochstrasser for the MHY500 strain and Yasushi Saeki for the pr...
AbstractMost types of DNA damage block the passage of the replication machinery. In order to bypass ...
In Neurospora crassa the ability of an ectopic gene-sized duplication to induce repeat-induced point...
DNA damage blocks the progression of the replication fork. In order to circumvent the damaged bases,...
Crosses involving the Adiopodoume strain of Neurospora crassa are defective for repeat-induced point...
Repeat-induced point mutation (RIP) is an unusual genome defense mechanism that was discovered in Ne...
SummaryExpansions of simple DNA repeats cause numerous hereditary diseases in humans. We analyzed th...
AbstractDNA polymerase η (pol η) is best characterized for its ability to perform accurate and effic...
Expansions of simple DNA repeats cause numerous hereditary diseases in humans. We analyzed the role ...
Repeat-induced point mutation (RIP) is a sexual stage-specific mutational process of Neurospora cras...
Three DNA polymerases — Pol α, Pol δ and Pol ɛ — are essential for DNA replication. After initiation...
A mutant of the high fidelity family-B DNA polymerase from the archaeon Thermococcus gorgonarius (Tg...
Polymerase α is an essential enzyme mainly mediating Okazaki fragment synthesis during lagging stran...
DNA polymerases are involved in different cellular events, including genome replication and DNA r...
DNA damages hinder the advance of replication forks because of the inability of the replicative poly...
The authors would like to thank Mark Hochstrasser for the MHY500 strain and Yasushi Saeki for the pr...
AbstractMost types of DNA damage block the passage of the replication machinery. In order to bypass ...
In Neurospora crassa the ability of an ectopic gene-sized duplication to induce repeat-induced point...
DNA damage blocks the progression of the replication fork. In order to circumvent the damaged bases,...