Effect of red light on photosynthetic acclimation and the gene expression of certain light signalling components involved in the microRNA biogenesis in the extremophile Eutrema salsugineum

P Pashkovskiy,S Ryazansky,A Kartashov,R Voloshin,A Khudyakova,A A Kosobryukhov,V D Kreslavski,Vl V Kuznetsov,S I Allakhverdiev

Journal of Biotechnology（2021）

Cited 9|Views30

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Abstract

•RL increase the content of anthocyanin, total phenolic compounds and dissipation of absorbed energy.•RL causes the up-regulation of the phytochromes and TFs genes, which, in turn, change the expression of associated MIR genes.•RL-induced accumulation of anthocyanin may be due to changes in expression of miR395a and miR827a.

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Key words

Ago1,APX,bHLH,BL,CIB1,COP1,CRY,DCL1,ETR,FRL,Fv/Fm,HY5,HYL1,miR,MIR,PA,PHOT1,PHYB,PIFs,POR,PSII,qL,rbcL,RISC,RL,ROS,TFs,UV,WFL,Y(II),Y(NO),Y(NPQ)

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