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The canonical augmentation path is a depth-first backtracking algorithm, where the recursive function generate described in Algorithm 1, implements the addition of one bond in all possible ways for a given intermediate chemical structure, and evaluates for each extended molecule that this extension has been performed in a canonical way, as described before.
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Thus, the representation created describes system structure, while the histories generated describe system behavior.
BMDCs were generated as described previously62.
Blood cell-derived iPS cells were generated as described previously16.
The recombinant viral vaccines were generated as described previously18,39.
Using these fibroblasts, iPS cells were generated as described previously17.
Signals were generated as described in the Experimental section.
The transgenic plants were generated as described previously (Aldemita and Hodges 1996).
Survival curves were generated as described [13].
DD mice were generated as described [22].
HCVpp were generated as described previously [31].
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