Sentence examples for make straightforward comparisons from inspiring English sources
Because node strength values were calculated from dyadically measured and comparable edge weights, we could make straightforward comparisons between pairs of networks (Croft et al. 2008; James et al. 2009).
3 To characterize DEGs between different cell types, we first made straightforward pairwise comparisons, that is, between astrocytes and OPCs (Ast/OPC), between astrocytes and neurons (Ast/Neu), and between neurons and OPCs (Neu/OPC).
She did not make a straightforward comparison between "a Latina woman" with "a white male".
41 It is difficult to make a straightforward comparison of bevacizumab to cytotoxic agents used to treat GBM because of the unusual action of bevacizumab and the fact that it does not directly damage DNA of dividing tumor cells.
On a general note, the different scaling of length, surface area and volume makes a straightforward comparison between microchannel reactors and conventional reactors far from trivial.
This detail makes a straightforward comparison with other cluster-based solutions in the literature (e.g., the Mesh Cluster Based Routing Protocol (MCBRP) [19]) pointless.
However, no straightforward comparisons can be made between the two since the former uses prior information, whereas the latter does not use the same.
Although the results may not always allow for straightforward comparisons to be made due to the complexity and particularities of each national/regional study, the development of a log-rate model provided useful and analytical results concerning the variation of under-reporting in several European areas by several variables.
Given reliable richness estimates for individual communities, it is straightforward to make statistical comparisons of richness between microbiomes.
As a result, straightforward comparisons are impossible at the moment.
However, it is less straightforward to make a comparison when using SDS in mixed micelles because bulk mole fraction is used as the measure of SDS concentration (giving m-values in units of kcal mol−1).
