Sentence examples for classification of effect from inspiring English sources

The classification of effect sizes (f) was determined by calculating partial eta-squared (eta).

Furthermore, VanderWeele and Robins [ 22] provided a structural classification of effect modification by using DAGs.

Cohen [ 63] proposed a threefold classification of effect sizes: small (0.20 - 0.49), medium (0.50 - 0.79), and large (0.80 and above).

Using Cohen's classification of effect sizes, 31 effect size was small for smoking behaviour and attitudes, while there was a medium effect on smoking-related knowledge.

Therefore, instead of using significance criterion, we used Cohen's classification of effect sizes for interpretation and focused only on correlations of 0.5 or higher which are considered strong [ 23].

The classification of effect size (ES) was determined by calculating partial η p 2. According to Cohen [ 22]  ES can be classified as small (0.00 ≤  ES ≤ 0.24), medium (0.25 ≤  ES ≤ 0.39), and large (ES ≥ 0.40).

We have also observed cases where the allele effects split into multiple classes or where the classification of effects into discrete clusters is not clear.

However, in practice, the prenatal developmental toxicity study (OECD test guideline 414; OECD 2001a) is needed to apply the criteria for developmental toxicity, and the two-generation reproduction toxicity study (OECD test guideline 416; OECD 2001b) is needed for classification of effects on fertility (Ohlsson A, Swedish Chemicals Agency, personal communication).

Table 5 Classification of decomposition effects       Production effect (PE Negative Positive Technologyogy effect (TCE) Zero Emission ↓ Emission ↑ PE dominant Negative |TCE| > |PE| Emission ↓ Emission ↓ TCE dominant   |TCE| < |PE| Emission ↓ Emission ↑ PE dominant.

An increase in number of taxa would refine both the classification of CpG effect genes and also the assignment of ranks to individual human CpG dinucleotides.

Additionally, it provides various statistics on the set of paths linking two signaling nodes as well as a classification of the effect of each path as either coherent or incoherent (e.g. [ 23]).