Sentence examples for populations corresponding to from inspiring English sources

For each model, A ⇌ k B A k A B B ⇌ k C B k B C C, the search in parameter space was carried out across 2 rate constants, kAB,ex = kAB + kBA and kBC,ex = kBC + kCB, and two populations (corresponding to the sparsely populated states H and I, pH and pI in schemes [1] [3] above).

DOI: http://dx.doi.org/10.7554/eLife.06262.004 The difference between the GAD-cre and GlyT2-cre populations, corresponding to the left-most peak in the GAD-cre distribution, likely corresponds to the NO cells that are also transfected in the GAD-cre model, as evidenced by the presence of fluorescent axons in the IO.

Representative fluorescence microscopy images of the different cellular populations corresponding to peaks in (A) are shown.

Two populations corresponding to two different objectives are employed in the CMA.

As shown in Figures 4 and5, with HCA, the learning set will be classified into different populations corresponding to the original operational states.

Three different populations corresponding to healthy (H), early apoptotic (EA) and late apoptotic (LA) could be identified according to the degree of Cyt c release and cellular size.

Overall, the great majority of the individuals were gathered into the population corresponding to their self-reported ethnicity, consistent with previous reports showing high correspondence between self-reported ethnicity and genetic estimates of ancestry [35].

Indeed, to nest confidently on the ground in forest thick with lions and leopards, the lion-killers would probably have to be of such a size.Whether such lion-killers really are a distinct population, corresponding to Mr Amman's ground-nesting "chimpanzees", and whether they are so different from other great apes that they constitute a separate species, remains to be seen.

Taken together the equations represent a pair of reciprocally connected STN-GPe sub-populations corresponding to one of many hypothesised basal ganglia information channels [34].

We investigate how to deploy vaccine in metapopulations by comparing the effectiveness of alternative vaccination strategies on reducing disease occurrence (presence/absence), using canine rabies as a model system, and a domestic dog population within a Tanzanian district divided into sub-populations corresponding to villages.

Each individual in the population corresponding to a solution in the problem domain being addressed is called the chromosome.