Through collaboration between European partner institutes within the AutoCure consortium (http://www.autocure.org), we were able to collect a large replication cohort of DNA samples from patients with RA and healthy controls, from six countries (UK, Germany, France, Greece, Sweden and Denmark).
This finding warrants more detailed assessment in a larger replication cohort of patients in order to distinguish a genuine effect specific to this multiple sclerosis phenotype from a chance finding due to sampling variance.
The more obvious case is direct selection acting in favour of faster reproduction: a larger replication rate is clearly of a direct fitness increasing effect – this is the cause of the steep increase in average replication rate among parasites.
Mitochondrial DNA (mtDNA) replication is accomplished by the sole DNA polymerase found in animal mitochondria, DNA polymerase γ (pol γ) (reviewed in Kaguni 2004), which functions as part of a larger replication machinery called the mtDNA replisome.
Programme scale-up is complex: it is not simply a large-scale replication of a 'blue print' but the product of an interaction between an ideal intervention and the cultures, priorities and capacities of the structures through which it is scaled up [ 3- 6].
It is one of the largest replications of historic art and architecture of any culture ever attempted anywhere in the world – and will go on permanent public display as part of Warsaw's new Jewish museum which opens today, Tuesday.
This could only occur if a large number of replication origins initiated DNA replication following Cdc6-E224Q removal.
Analysis in a GWA study of a Norwegian discovery sample with a large European replication sample reported association of rs10761482 located near 3-UTR bexonen exon 41 and 42 with disease at a distance of 84.5 kb to rs9804190 [ 10].
In bacteria, some exogenous and endogenous sources of DNA damage can inactivate a large proportion of replication forks [ 4, 5].
A large number of replication studies have not reached consensus in supporting DYX1C1 RD susceptibility variants (14−22).
