However, direct comparisons for many attributes are not possible largely because earlier studies of radiata root systems only examined "structural roots", i.e. those greater than 2 mm in diameter.
The process of dominance is not well understood largely because it is not possible to trace the cellular changes that occur within a follicle in real time in order to relate the events preceding development to future outcomes, such as predicting whether an individual follicle will become dominant or subordinate.
Since the precise environmental conditions that E. coli experiences in the wild, and how these determine optimal expression levels of its genes, are largely unknown, it is not possible to make quantitative predictions of the expected noise levels of specific promoters using our model.
Before the advent of NGS, immune repertoires were largely impenetrable, because it was not possible to enumerate a set of distinct T cells, or clonotypes, large enough to be a meaningful representation of the repertoire in its entirety.
Thus, although quantitative studies of market trends, together with evidence of on-the-ground destruction, can demonstrate which categories of antiquities are likely to be largely illicit, it is generally not possible to determine definitively in any particular instance that an antiquity was originally obtained illicitly.
Because the basic biology of the diverse groundwater fauna of Australia is largely unknown [13], it is not possible to assess adequately their vulnerability to anthropogenic changes.
9 The study population was largely white, and so it was not possible to assess treatment inequity in relation to ethnicity.
Today, in cases where detailed simulation is not possible, we successfully design drugs largely by trial and error on a mass scale [85].
However, this was not possible in the present study largely due to logistics limitations.
Since we have used teleseismic data in this study, it is simply not possible to improve the absolute location accuracy, largely because of the lateral heterogeneity in the Earth.
