Sentence examples for was rather stochastic from inspiring English sources

However, the process of infected cell expansion was rather stochastic, as some of the groups of infected cells expanded very well but others did not.

However, fire occurrences appear to have been rather stochastic as underlined by a scattered chronological distribution.

Although the distributions of the CD4 and CD8 markers were rather stochastic in the tumor cells analyzed, we did find that single positive T cells were usually skewed towards the CD8+ rather than to the CD4+ lineage.

If the Start transition were triggered by the instantaneous Cln3 concentration passing above a threshold (Chen et al., 2004; Jorgensen and Tyers, 2004), the decision would be rather stochastic and could be unreliable.

Relating to this uncertainty, we assumed that the community assembly rule may be rather stochastic in such highly disturbed conditions (Fukami and Nakajima 2011), whereas it might act as an environmental filter producing more phylogenetic clustering, given the existence of unique disturbance-tolerant species on lower slopes in East Asia (Sakai et al. 1995; Qian et al. 2005).

Therefore, if the target function is too complex to allow an analytical study or if the domain is too irregular, the method of choice is rather the stochastic approach [ 55, 56].

While for the deterministic part, the complexity of the model can be rather high, the stochastic part requires simplifying assumptions and efficient simulation schemes.

We estimated a scaled selection coefficient of ≈2 for typical cis-regulatory changes, indicating that selection, though detectable, is rather weak with stochastic forces playing a significant role in shaping patterns of within population cis-regulatory diversity.

It is rather likely that stochastic, epigenetic, and environmental factors modify the phenotype.

The proof of stochastic permanence is rather long and technical.

The success of stochastic geometry is rather rooted in the fact that it provides a means for systematically evaluating the Laplace transform of the aggregate interference, as defined in Eq. 1.