Figures & data
Figure 1. Different flavonoid classes contained in Viscum combreticola samples and its host plants, Combretum erythrophyllum and Pseudolachnostylis maprouneifolia (A) full molecular network, (B) flavonols and (C) flavan-3-ols and, flavans. Each node in the molecular network represents a given compound and different samples are coded by different colors on the node as shown on the legend of the figure.
![Figure 1. Different flavonoid classes contained in Viscum combreticola samples and its host plants, Combretum erythrophyllum and Pseudolachnostylis maprouneifolia (A) full molecular network, (B) flavonols and (C) flavan-3-ols and, flavans. Each node in the molecular network represents a given compound and different samples are coded by different colors on the node as shown on the legend of the figure.](/cms/asset/86f0ae66-a1b8-4da8-b38c-b6c38f42af95/tjpi_a_2266511_f0001_oc.jpg)
Figure 2. Different classes of secondary metabolites contained in mature Viscum combreticola and in vitro grown seedlings samples (A) full molecular network, (B) hydroxycinnamic acid derivatives, (C) flavanols, (D) flavans, (E) flavanones, (F) unidentified compounds mostly produced by seedlings and (G) lipids.
![Figure 2. Different classes of secondary metabolites contained in mature Viscum combreticola and in vitro grown seedlings samples (A) full molecular network, (B) hydroxycinnamic acid derivatives, (C) flavanols, (D) flavans, (E) flavanones, (F) unidentified compounds mostly produced by seedlings and (G) lipids.](/cms/asset/fc4c2911-eef3-49a9-b282-2ec9f6692796/tjpi_a_2266511_f0002_oc.jpg)