Sentence examples for cluster break up from inspiring English sources

Comparison of loci identifies the pattern of gene duplication, loss and cluster break up through multiple lineages, and suggests FoxS1 is a likely remnant of Fox cluster duplication.

Extension of this comparison to other vertebrates has allowed a model for the evolution of this genomic region to be constructed, indicating patterns of gene duplication, loss, inversion and Fox cluster break up.

As temperature increases, molecules from the cluster break up and transfer to the disordered matrix, as can be seen for the change in the relative contributions of the peaks.

With increasing temperature from 0°C to 4°C, the effect of hydrogen bonds cleavage prevails over the thermal expansion, so the total volume decreases (large clusters break up into smaller clusters).

Conventional protostome models (Drosophila melanogaster and Caenorhabditis elegans) are secondarily derived with respect to ParaHox genes, suffering gene loss and cluster break-up.

Prior to the two rounds of vertebrate genome duplication, the NK clusters broke up and non- NK genes were acquired by these loci ([ 3] and this study).

The intuitive explanation of this result is the following: at low connectivity, a cooperator cluster can easily break up when a defector replaces a cooperator, and dilutes the beneficial effect of cooperator aggregation.

Exprimental results have been explained on the basis of a cluster-subcluster model which assumes that large clusters of particles break up into fluidizable subclusters when external (drag plus inertial) forces induced by acoustic waves overcome internal cohesive (van der Waals) forces at contact points between particles.

Astronomers suspected that tidal forces, which arise because the Milky Way's gravity is stronger on one side of the cluster than on the other, could break up clusters--especially more diffuse ones.

That is, despite the conservative nature of this coding region, when looking very broadly there are likely to be multiple mutations at sites throughout the gene causing either less accurate multiple sequence alignments or causing clustering methods to break up the matrix into smaller sections.

In this regime, the network can realize several types of stable periodic behavior: The entire network may oscillate synchronously (Fig. 1(a); single-cluster state), or may break up into two or more sub-networks (or clusters), each of them synchronously oscillating with a phase lag between the clusters (Fig. 1(b); double-cluster state).