Classical phase-shifting algorithms include fixed steps, variable steps, or random phase-shifting [1].
Therefore, the predicted value 4a is utilized at point 4. Further predictor equations can be organized either with fixed steps or variable steps in the direct and two‐stage forms.
At the microtomy bench, a total of seven manual and highly variable steps are replaced by a simple single step leading to loading Symphony.
1, 2 The development of biologics to specifically target variable steps in carcinogenesis and metastasis have been incorporated into first- and second-line mCRC treatment strategies, broadening the spectrum of therapies for this disease.
We therefore searched for latent periodicity by identifying significant heterogeneities (at level α = 10−6) in overlapping windows of various sizes, in analysis of multiple-scanned DNA sequences with variable steps.
In conjunction, it is possible to deduce a functional conservation pattern for Gammaproteobacteria, where some metabolic maps contain a biosynthesis-related core of similar enzymatic steps, and some variable steps that include the degradation of various compounds.
