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Etiolated Arabidopsis seedlings have long hypocotyls and closed yellow cotyledons (skotomorphogenesis); however, light-grown plants exhibit short hypocotyls and opened green cotyledons (photomorphogenesis) (1). It has been revealed that E3 ubiquitin ligase CONSTITUTIVELY PHOTOMORPHOGENIC 1 (COP1) is a central negative regulator for plant photomorphogenesis. COP1 directly targets a plethora of transcription factors for degradation in darkness, while light suppresses COP1 activity to stabilize these transcription factors (2). Many of these transcription factors are able to associate with light-responsive promoters to trigger a proportion of transcriptomic alternations and then establish photomorphogenesis (3). Lin et al. (4) argue that they find Ser/Thr kinase PINOID (PID) directly phosphorylates COP1 …

Role of PINOID-mediated COP1 phosphorylation in Arabidopsis photomorphogenesis is overemphasized