Sentence examples for element expansion from inspiring English sources
In conclusion, the comparison of the genome of A. arilaitensis Re117 with the genomes of environmental Arthrobacter strains provides evidence that adaptation to an environment created by man, the cheese surface, resulted in Insertion Sequence element expansion and the loss of genes associated with catabolic activities.
The IS element expansion has also mediated numerous genome rearrangements and deletions that might also be beneficial in nature.
In mouse, approximately 25% of CTCF chromatin boundaries were found to be associated with repetitive element expansion.
The vast majority of these correspond to AluS sequences, which drove the Alu element expansion in primate that started 35 40 Myr ago.
An extensive IS element expansion in SOPE appears to have catalyzed duplications of several chromosomal loci including a region encoding groEL and groES.
Since their genome sizes are estimated to be 2.1, 4.2, and 1.8 Gb, respectively, the authors concluded that the repetitive element expansion does not always explain the increase in genome size; specifically, nautilus is an outlier.
Numerical results for flow over a backward-facing step, steady flow past a circular cylinder, tHigh-ordersional lid-drivelementty flow, and comprexpansionsoyare flow inside a sqused enclosure are presentod to demonstrate the prediconstructabilitheandiscreteness of the proposed formodelion.
We use high-order spectral element expansions in space and second- and third-order time stepping schemes.
A first-order system least-squares (FOSLS) approach based on velocity, pressure, and vorticity is used to allow the use of practical C0 element expansions in each triangle.
A first-order system least-squares (FOSLS) approach based on velocity, pressure and vorticity is used to allow the use of practical C0 element expansions in the finite element model.
To allow the use of practical C0 element expansions in the resulting finite element model, the Navier Stokes equations are expressed as an equivalent set of first-order equations by introducing vorticity as an additional independent variable and the least-squares method is used to develop the finite element model of the governing equations.
