Extended Data Fig. 3: Alignment of INP2 proteins from representatives of different angiosperm taxa. | Nature Plants

Extended Data Fig. 3: Alignment of INP2 proteins from representatives of different angiosperm taxa.

From: A species-specific functional module controls formation of pollen apertures

Extended Data Fig. 3

The following species were used (from top to bottom): Papaver somniferum (basal eudicots, Papaveraceae), Arabidopsis thaliana (rosids, Brassicaceae) Capsella rubella (rosids, Brassicaceae), Olea europea (asterids, Oleaceae), Mimulus guttatus (asterids, Phrymacae), Manihot esculenta (rosids, Euphorbiaceae), Solanum lycopersicum (asterids, Solanaceae), Nymphaea colorata (basal angiosperms, ANA, Nympheaceae), Oryza sativa (monocots, Poaceae), Zea mays (monocots, Poaceae), Elaeis guineensis (monocots, Arecaceae), Ananas comosus (monocots, Bromeliaceae). The seven regions selected for creating AtINP2/SlINP2 chimeras are indicated by differently coloured rectangles. Aspartate (D) and glutamate (E) residues in the acidic region are shaded in blue. Black shading indicates identical amino acids and grey shading indicates similar amino acids present at the same position in at least half of the aligned proteins.

Back to article page