Fig. 5: Phylogenetic analysis of stomatal regulators. | Horticulture Research

Fig. 5: Phylogenetic analysis of stomatal regulators.

From: Loss or duplication of key regulatory genes coincides with environmental adaptation of the stomatal complex in Nymphaea colorata and Kalanchoe laxiflora

Fig. 5

a-e Phylogenetic analysis of ligand-receptor EPF/TMM/ER models. Phylogenetic trees constructed using amino-acid sequences of selected A. thaliana EPF1 (a), EPFL6 (b), EPFL9 (c), TMM (d) and ER/ERL (e) gene family members. f-h Phylogenetic analysis of the MAPK modules. Phylogenetic trees constructed using amino acid sequences of selected A. thaliana YODA (f), MKK4/5 (g), and MKK7/9 (h) gene family members. Amino-acid sequences from G. biloba (Gb), A. trichopoda (Atr, grey shade), N. colorata (Nc, blue shade), S. polyrhiza (Spipo), P. equestris (Peq), Z. mays (Zm), O. sativa (Os, green circle), N. nucifera (NNU), K. laxiflora (Kalax, peachy shade) and A. thaliana (AT, peachy circle) were used to generate trees

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