We propose a two-step aggregation paradigm to address this problem.
1H NMR spectroscopy, dynamic light scattering and atomic force microscopy all indicate a two-step aggregation process of flower-like micelles, where the micelles form through the association of the hydrophobic PAGE blocks and the bile acid core.
CLEAs preparation consists of two steps: aggregation by precipitation and cross-linking.
The results on the full-length peptides are consistent with a two-step aggregation mechanism originally developed based on studies of the C-terminally truncated analogues.
Hence, in this step the aggregation of the normalized decision matrix is employed.
In the second step, an aggregation approach of responses is applied.
The next step is Aggregation using the data from the previous steps (done at the post level) and aggregates them at the discussion level.
Step 3: Aggregation of outputs In this step, the system collects, in the union form, all outputs that result from applying the IF-THEN rules and then apply the OR operator to these outputs to select the maximum evaluating values to construct a new aggregate fuzzy set.
Hierarchical median (at each step of aggregation, the median of transformed indicator values was applied).
The crucial step in aggregation is neutralization of the positive charges on some SOD1 surfaces by DNA binding.
Hierarchical fuzzy AND (at each step of aggregation, the fuzzy AND rule [22] was applied; see also below).
