In order to prevent the collapse of the system when all the competing organisms simultaneously try to use the CPU, there exists one feature designed to prevent the simultaneous replication of all organisms at the start of the competition, when all the organisms might be equally fit since they have not been tested yet in the environment.
The leading strands of replication of such organisms, in general, contain higher number of genes due to replicational selection, and are also enriched with highly expressed genes as an effect of transcriptional selection.
Since LVS and subsp. tularensis exhibited the lowest initial uptake into rat BMDM, we investigated whether the addition of homologous rat serum would increase the initial uptake, as well as the intracellular replication of the organisms.
It is not inconceivable that the presence of similarly reactive species on the perineum could contaminate urine samples and lead to false-positive tests, especially if samples were left for periods at room temperature permitting replication of these organisms.
For the first time an organism exists that got its genome not from the direct replication of another organism's, but from a description of another organism's, stored in a computer – and slightly modified, at that, to include a distinguishing "watermark" that might as well be, and perhaps already is, a trademark.
This postulated preferential extrusion of PAβN is believed to result in the increased concentration of the antibiotic which eventually reaches a level that inhibits the replication of the organism.
Neither classical morphology nor standard Darwinian analysis has provided truly satisfying explanations of such major body plan innovations as the origin of the Bilaterians by symmetric right/left replication of the organism or the origin of the vertebrates by body axis inversion of the original Bilaterian design [2].
A specific case of this is that the replication of an organism's genome can become over-optimized relying on that genome to be a specific length, thereby constraining all other genes to exist within a fixed number of instructions and thus limiting their evolution.
Among the shared repressed genes were those encoding proteins related mostly to energy metabolism, sugar transport, amino acids that contribute greatly to the maintenance and replication of the organism in the environment [ 30], such as argJ[ 31], nanK[ 32], opp[ 33] (see Additional file 8: Table S5) and hypothetical proteins.
Although both intracellular replication of C. trachomatis organisms and host responses to C. trachomatis antigens may significantly contribute to inflammatory pathologies [ 6- 9], the precise pathogenic mechanisms of C. trachomatis-induced diseases remain unknown.
