Sentence examples for probability of extending from inspiring English sources

The results confirm that there was a relationship between the tooth and the occlusal plane (position B), which increased the probability of extending the pericoronal area.

The SNP physical positions were given to weigh probability of extending CNV calls vs. boundary truncation.

These data suggest that motor neurons with Golgi fragmentation show an increased probability of extending the Golgi apparatus in one or more proximal dendrites.

Finally, parameters p ES, p ER, and p EI govern the probability of transition to end state from indel state, repeat state and init state, respectively, and p S, p SE denote the probability of starting an indel and the probability of extending the indel.

The rationale for such 'phenotypic plasticity' is that under high-risk environmental conditions, when the probability of extended periods of growth and survival are low, the optimal strategy is maximize the number of offspring through accelerated mating, increasing the chances that at least some offspring will survive to reproductive maturity [14], [83], [84].

Mr. Chizek said that when the trucks were leased, "we told them upfront that this was a limited lease and that the probability of them extending the lease is very slim because the technology would be outdated".

In general a given properly extendable qualitative probability relation may have many such representing probability functions, corresponding to different ways of extending it to fine-grained qualitative probability relations.

The various damage cases are compared to each other and unconditioned to derive the probability of failure extended to the ship's life due to a generic bottom damage.

BEENISH and iBEENISH are performing much better than the other protocols because the threshold we set for the probability of nodes extend the network lifetime and stability period as shown in Fig. 7. From this figure, the stable period of MBEENISH is 92 % of the stable period of iMBEENISH.

The problem is the generation of chemical structures that extend a set of possible substituents to the scaffold while satisfying [1] the condition that the product of the probabilities of all extending substituents is maximized and [2] the total molecular weight of the extending substituents is equal to a specified target molecular weight, ( W_{0} ).

A sensitivity exercise on these probabilities may help assess the possibility of extending our results to contexts in which LC risk is higher or lower.