By visualizing the relative feature intensity mapping on the FBMN nodes (Fig. ), we observed that deguelin was detected in all extracts except P. erosus leaf extract, and rotenone in all extracts except the two C. palala extracts. Other potential derivatives were highlighted by their close relationship in the MN, and the relative feature intensity mapping shows that they were either specific to a given species or shared among different extracts (Fig. ). These data confirm that the newly obtained extracts are rich in isoflavone and rotenoid derivatives and, therefore, were used to generate a library of isolated rotenoid analogs.