Evolutionary Relationships of Plant-Type Cryptochromes Revealed Through Minimum Evolution Method

Jan 06, 2026

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This study investigates the evolutionary relationships of 144 plant-type cryptochromes using the Minimum Evolution method. The optimal tree, with a summed branch length of 5.56099381, illustrates the phylogenetic history of plant cryptochromes. Different color notations represent various taxonomic groups: green (green algae), brown (moss), red (monocots), orange (eudicots), and violet (Amborella trichopoda). Additionally, subgroup classifications such as blue (Cry1), bright blue (Cry2), and brown/green cryptochromes are highlighted, with animal-type cryptochrome from Amborella as the outgroup.

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Evolutionary Relationships of Plant-Type Cryptochromes Revealed Through Minimum Evolution Method

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Supplementary Figure 2. Evolutionary relationships of 144 plant-type cryptochromes were investigated. The evolutionary history was inferred using the Minimum Evolution method. The optimal tree with the sum of branch length = 5.56099381 is shown. Green (green algae), brown (moss), red (monocot), orange (eudicot) and violet (Amborella trichopoda) stands for corresponding taxonomy. The blue (Cry1), bright blue (Cry2), brown (moss cryptochrome) and green (green algae cryptochrome) bar stands for corresponding subgroups of plant-type cryptochrome. Animal-type cryptochrome from Amborella trichopoda was used as a outgroup.