From this sub-sequence, we generated three simulated read datasets with CuReSim, with mean lengths of 100, 200, and 400 bp with 10% standard deviation in length and 0.5% insertions, 1% deletions and 0.5% substitutions, and three mutated small genomes with 0.05, 1, and 5% mutations.
Deviations in length and shape of tooth roots result from hard tissue resorption or occur as a developmental disorder.
Sharing a sequence identity of 50%, the overall fold observed for the NS2B/NS3Pro from WNV and DENV2 is very similar, with only subtle deviations in length and location of secondary structure elements (Aleshin et al., 2007).
Burn-in length and convergence of the samplers were checked by plotting time series plots and checking that average standard deviations of split frequencies were lower than 0.01 [53].
Cellular structures within biofilms were on average greater than twice as long, were more variable in size (with a standard deviation in length of 3.1 μm) and reached a maximum length ten times greater than that measured within the planktonic culture from which the biofilm was derived.
Three datasets were generated with read lengths specific to Ion Torrent technology: mean lengths of 100 bases, 200 bases, and 400 bases with a standard deviation in length of 10% for each dataset.
Using CuReSim, we generated from this genome three sets of 50,000 reads with 0.5% insertions, 1% deletions, 0.5% substitutions, and a mean size of 100, 200, and 400 bases with a standard deviation in length of 10%.
Bound regions were then defined by stretches of array probes (passing the three standard deviation cut-off) at least 360 bp in length and a region was extended as long as there was a value within 360 bp of the previous value.
Those obtained from the B3LYP calculations differed only by small deviations in bond lengths and angles and are therefore not shown.
Additionally, in methods described in detail elsewhere [13], standard deviations in length from the mean domain size were also calculated for each member using standard formula and averaged for the entire superfamily.
Prenatal age-specific reference intervals for fetal spine biometry between 11 and 14 weeks of gestation may assist in evaluation of fetuses investigated for genetic abnormalities that can be expressed by deviation in spine length, distance, or angle.
