residual cohesion of the backfill (N/m2).
In mitosis and meiosis II, sister kinetochores attach to microtubules in an amphitelic manner and sister chromatids are segregated to opposite poles during the metaphase-anaphase transition due to destruction of the residual cohesion holding sister centromeres together [10], [23].
The small amount of cohesion loss in smc1-D1164E eco1∆ wpl1∆ cells also began during S phase, indicating that the residual cohesion defect in these cells resulted from a failure in cohesion establishment.
At anaphase I, residual arm cohesion is removed when separase cleaves REC8, the meiotic paralog of SCC1, resulting in the resolution of chiasmata formed as a result of homologous chromosome recombination, and the subsequent separation of homologous chromosomes [12], [21], [22].
It was found that lower levels of interparticle cohesion resulted in decreased residual wall stresses and an increase in the axial spring back from the minimum compact height at the end of compaction.
For the bed joints the results included: strength in tension, tangent and normal stiffness, mode I and mode II fracture energies, dilatancy angle and the shear Mohr-Coulomb parameters, cohesion and the initial and residual friction coefficients.
Furthermore, examination of the microscale behavior from simulated results revealed a connection between the level of interparticle cohesion and the corresponding level of residual wall stress of powder compacts after complete unloading in die compaction.
Furthermore, the indexes indicated that MIAr items fit the unidimensional models of each subscale, presenting less residual variability compared to the 108-item version, what indicates the enhanced internal cohesion of subscales.
Amid popular-democratic pressure, however, what has emerged across the world, especially among emerging markets such as the Philippines, is a residual-palliative welfare system, which has sought to preserve a modicum of social cohesion amid increasing integration of national economies into global markets.
These results suggest that the decrease in residual wall stress and the increase in axial spring back with lower levels of interparticle cohesion depend not only on the elastic properties of the constituent particles during unloading, but also depend on the decohesion of particle-particle contacts.
The poultice adhered well to marble and its cohesion strength made it possible to remove in large pieces without crumbling and no residual poultice was left on the marble.
