Sentence examples for a distinct process in from inspiring English sources

It is seen as a distinct process in short-term memory, in that it reflects the ability to temporarily maintain and manipulate information so that it can be used in a flexible manner.

In addition, there was no significant difference between the serum levels of anti-BiP and anti-citBiP antibodies in SLE patients, suggesting that the development of anti-citBiP antibodies was a distinct process in RA.

Because the serum levels of anti-citBiP antibodies were higher than those of anti-BiP antibodies in 72% of RA patients, and the location of the major epitopes of anti-citBiP and anti-BiP antibodies were different in RA patients, the development of anti-citBiP antibodies can be a distinct process in the pathogenesis of RA.

However, apoptosis emerged as a distinct process only enriched in dosage resistant genes in both datasets (Additional file 5: Table S4, Table S5).

Thus, the simulated outbreaks are generated from a distinct process, which occurs in addition to the normal background rate of disease that is not associated with factors responsible for the amplification in disease spread.

Short-term habituation involves a temporary reduction in attention paid to recently presented stimuli, and is thus a distinct process from those that are involved in working memory in humans.

The distinct neuroprotective influence of Mane-A*10 on SIV-induced CNS disease also demonstrates that the relative efficacy of cell-mediated control of pathogens in the CNS can be a distinct process from cell-mediated immune control in the periphery.

Below, S is the set of available projects and (s in S) is a distinct process- or BPM-level project.

glaberrima), which was thought to be domesticated from the wild progenitor O. barthii ~3000 years ago, had been demonstrated to be domesticated in a single region along the Niger river with independent and distinct process in regard to Asian cultivated rice (Wang et al. 2014).

In particular, Eq. 10 and Eq. 9 define a dynamical system with a mutual coupling of two distinct processes, in which neural dynamics and learning dynamics interact with distinct timescales.

The key to understanding these data is to realize that D6PK and PID do not regulate auxin transport in an additive manner but control distinct processes in the inflorescence and during phototropism.