description: Changes in the subcellular localisation of chloroplasts help optimise photosynthetic activity under different environmental conditions. In many plants, this movement is mediated by the blue-light photoreceptor phototropin. A model organism with simple phototropin signalling that allows clear observation of chloroplasts would facilitate the study of chloroplast relocation movement. Here, we examined this process in the simple thalloid liverwort Apopellia endiviifolia. In order to mine phototropin signalling pathway, transcriptome analysis of A. endiviifolia was performed in present study.
attributes.tag: sample_name
attributes.value: liverwort_Apopellia_endiviifolia
attributes.tag: age
attributes.value: 1-month-old
attributes.tag: ecotype
attributes.value: Japan
attributes.tag: geo_loc_name
attributes.value: Japan:Utsunomiya
attributes.tag: growth_condition
attributes.value: Continuous white light at 22 degree
attributes.tag: isolate
attributes.value: monoisolate
attributes.tag: sample_type
attributes.value: tissue culture
attributes.tag: sex
attributes.value: male
attributes.tag: strain
attributes.value: UTm1
attributes.tag: temp
attributes.value: 22 degree
attributes.tag: tissue
attributes.value: thallus