Since the Tamura-Nei Model distinguishes αR and αY, we correspondingly use κR and κY to denote the ratios of transitional rates between purines and between pyrimidines over the transversional rate, respectively.
Therefore our concept of partitioning the circuit and solving the respective BBD system can be correspondingly used also for these analyses.
We cross-validated correspondingly using the same three training and test subsets to produce three k-mer models, and the scores we report are averages over these three sets.
This notation is correspondingly used for (Delta B_{{X,{text{IoLi}}}}}) and (Delta B_{{X,{text{IoMa}}}}}) and for (B_{Y}) and (B_{Z}), respectively.
Correspondingly, using global thresholding over this mask, we can obtain the same result as the local thresholding.
Correspondingly, using a comparative genomics approach we identified two telomere-to-telomere fusion events in E. coryli as the cause of chromosome number reduction from eight to six chromosomes.
The discrete-event simulation framework correspondingly uses a Poisson distribution with the same mean (as the inter-arrival times follow an exponential distribution) to estimate the time taken for the departure process of Mg2+triggering the signal transduction cascade (following Model 2) and an exponential distribution to estimate the phoPp molecule transport times (following Model 1).
Correspondingly, using MDAS at one single point in time as the response measure would lead to approximately 80% power assuming a standard deviation of 9 and a difference in mean MDAS score of 5. Thus, analyzing treatment efficacy at only one point in time would lead to low power.
We split the entire parameter-error vector into two parts, say g and h, and correspondingly we use two partitions, say u k and x k, as regression vectors.
Our treatment of reference in normalization is somewhat different from existing methods, and correspondingly we use this group median polishing summarization to take into account the reference effect.
