Computing oriented configuration management tools such as CFEngine, Puppet, or Chef are commonly used in large scale hosting on physical platforms.
A shifting pattern is strikingly apparent after this period in both species, which suggests a major role for large-scale host immunization in generating the shifting pattern.
Even though it has been argued that ESCs and their differentiated progeny are capable of evading immunorejection [7], two reports have demonstrated large-scale host immune response against transplanted ESCs [10], [28].
Such large-scale host shifts between closely related obligate biotrophic eukaryote parasites is to our knowledge unique to phytomyxids.
A large-scale host cell gene profiling approach was also used to identify the genes involved in Tax-mediated cell signaling events related to cellular proliferation and apoptosis.
In this study, to identify genes that play a role in the cascade of signal events regulated by wild-type and mutant Tax proteins, we used a large-scale host cell gene-profiling approach.
This study used large-scale host cell gene profiling with human cDNA microarrays and time-lapse imaging of HeLa/Fucci2 cells to monitor the dynamics of Tax-induced cell death.
Using interesting mutant forms of the BLV Tax protein with elevated (TaxD247G) or reduced (TaxS240P) transactivation activity in the replication and propagation of BLV [ 14], we identified cellular genes regulated by Tax protein by a large-scale host cell gene-profiling approach using human cDNA microarrays.
In this study, in an attempt to identify genes that play a role in the cascade of signal events regulated by wild-type Tax (TaxWT) and mutant Tax with high (TaxD247G) and defective transactivation activity (TaxS240P), we used a large-scale host cell gene-profiling approach using human cDNA microarrays.
System anomalies, such as performance bottlenecks, resource hotspots, and service level objective (SLO) violations, constitute major threats to large-scale hosting infrastructures.
Second, leveraging this unprecedentedly large-scale, host-associated viral genomic dataset, we show that tetranucleotide frequency distance is a surprisingly robust predictor of the host of most viruses.
