Suggestions(2)
Exact(3)
Both methods indicated a lack of significant quantities of viable cells 14 days after transplantation.
Both methods indicated a similar strength of association between SNP rs9271768 and self-reported history of whooping cough, which indicates population stratification is unlikely to have led to a spurious association in these samples.
Kaplan Meier survival curves in patients at very low, low, medium, high, and very high cardiovascular risk according to both methods indicated a highly significant association between the level of predicted risk with both methods and the incidence of cardiovascular events (log rank test, P<0.001) (fig 2).
Similar(57)
The classification was rather similar by using both methods indicating a higher susceptibility to carbon loss in the following order: soil under Vines (V) > under Olives (O) > under Pine trees (PI) > under Cork Trees (S) > under Pasture (PR) > under Cistus scrub (MC) > under Erica scrub (MB) by using the SL method and V > O > PI > S > MC > MB > PR by using the IR method.
Both methods indicate a strong depletion of the plasma membrane potential in the absence of PDR18.
Both methods indicate a good agreement of expression change classes (fig. 3 A; P = 1.1 × 10−, χ test).
Both methods indicate an endosomal and synaptic localization of active γ-secretase, suggesting that these compartments to a large degree contribute to the γ-secretase activity in neurons.
Both methods indicated that an average amount of cellular RNAs is 1.3~1.4 pg per cell (Table 1), although the destructive method always showed a slightly higher value than the hot-phenol method, as it did than a method based on radioisotope labeling [ 13].
Both methods indicated that only a few genotypes are globally distributed, and the majority of genotypes are apparently confined to southern Africa.
Both methods indicated synergism across a broad range of concentrations in all four pancreatic tumor cell lines.
Both methods indicated that RpoN plays an important role in influencing the expression of a number of genes that are important for growth in subsurface environment and in microbial fuel cells.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com