These data suggest that Ad replication processes per se are not directly associated with hyperploidy, but that differential cell death mechanisms, which are influenced by a number of genetic difference in infected cells, may also play a role in the aberrant cell cycle progression.
A GO overrepresentation analysis of the significant E2f regulated genes in our data set shows that DNA replication processes are clear E2f targets [GO P < 2.1 × 10−49; see also (van den Heuvel and Dyson 2008)].
Moreover, the absence of data on the replication process and the location of control region in ascidian mtDNA prevents further speculations on the rearrangement process.
Maintaining data replication levels is a fundamental process of wide-area storage systems; replicas must be created as storage nodes permanently fail to avoid data loss.
We argue however, that with any other conventional data replication scheme (like [12],[14]), distributed joins have to be processed, too; while with our scheme we have added support for flexible query answering.
The secondary cluster employs the same protections as the primary cluster and both conduct integrity scans to validate that data has not been altered at any point during rebalancing, snapshot, or replication processes.
Keywords: multimedia, data placement, data replication.
These roads to resistance might require the restoration of replication processes, repair processes or both.
Sharing improves cluster utilization and avoids per-framework data replication.
Keywords: multimedia, data replication, initial latency, disk array.
These methods utilize techniques such as data replication and caching.
