Sentence examples for steps events from inspiring English sources

The gene order of this mitogenome can be parsimoniously explained by the following steps: events (1) and (2) occurred in the ancestor of all Asymmetron species, event (3) subsequently occurred in the lineage of A. inferum, and event (4) (see [ 16]) occurred in the ancestor of A. lucayanum complex (Fig. 2).

Figure 3 shows typical step events and the voltage responses.

A number of these models rely on tumor transplantation, which poorly reflects the process that occurs in human malignancy, particularly with respect to multi-step events.

Unitary step events are counted and converted to relative step-frequency by dividing the unitary step count by the total number of unitary steps.

Then we propose a simulation algorithm to compute the probability for the firing of the last step reaction in the multi-step events.

Our phylogeny-based approach unravels that the majority of novel arrangements can be explained by single-step events such as fusion, fission, and terminal loss.

Synthetic biologists often take advantage of time-scale separations or leverage longer time-scales of interest to model multistep processes as single-step events using an empirically parametrized Hill function.

We use a phylogenomic approach by which we can explain the formation of 88% of all arrangements by single-step events, such as fusion, fission, and terminal loss of domains.

The mobilization, recruitment and homing of EPCs to tumor tissues are multi-step events requiring the participation of multiple factors, including angiogenic factors, adhesion molecules, tumor cells, ECs, and stromal cells [ 10, 18].

We first introduce a new stochastic modelling method with two variables for describing chemical events with multi-step reactions, and then propose a stochastic simulation algorithm to numerically calculate the probability of the firing of the last reaction in the multi-step events.

Our results show that the formation of the hemifusion diaphragm for vesicle fusion is a multi-step event.