Exact(2)
Independent datasets for replication: While Ramirez et al. split the data into discovery and replication sets, only half of the loci which achieved genome-wide significance in the full combined dataset (discovery + replication) reached genome-wide significance in the discovery, and many of these did not surpass the modest cut-off of p < 1 × 10 06 to advance to replication.
With DENV-2, mosquitoes ingested 105.0±0.5 particles, and viral replication reached its maximum at day 10 pi attaining 106.7±1.7 copies per mosquito.
Similar(57)
Without it, smaller unicell sizes lead to higher surface to volume ratios and therefore to extremely fast replication, reaching the maximum replication rate of once every turn and thereby escaping predation.
First, in proliferating cells, Vpr promotes viral replication by blocking cell proliferation of HIV-infected T-cells and arresting them in G2 phase of the cell cycle, where the viral replication reaches maximal levels [5].
Otherwise, if ATP production was above this minimum threshold the cell would have an increasing probability of replication, reaching 100% at a maximum threshold (8.5 uM/s).
When the average d per neutral replication reaches 3, the additive assumption substantially underestimates Q e (see Fig. 6b), which is consistent with Fig. 6a.
Among these, complete suppression of viral replication was reached in 45.9% at visit 2. Fewer patients (10.9%) who started with cART had a detectable viral load at visit 1, and a higher percentage (62.5%) attained a viral load <50 copies/ml at visit 2 (p<0.001).
In this study, the electroporation transformation efficiency of the replication plasmids reached 5 × 10−6 electrotransformants per recipient cell in both L. biflexa and L. interrogans.
Indeed, mosquito specimens ingested 105.3±0.05 CHIKV particles and the maximum of viral replication was reached at day 6 pi with 108.5±0.9 followed by a plateau around 10 viral RNA per mosquito.
The NAD pool of the replication study reached significant reduction over the initial four transfer steps, thus providing a case that T-tau can be affected within this number of transfers.
Re-replication begins when chromosomal replication forks reach the transposon and may continue for considerable distances into the flanking DNA before aborting.
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