Time-resolved small RNA-sequencing reveals different expression dynamics of miR156 and miR157 families.

<p>The abundance of miR156 and miR157 isoforms in apices of wild-type (Col-0) plants in (A) long-day (LD) and (B) short-day (SD) time courses. Material was harvested at the indicated time points. Based on microscopic analysis of plants under the same growth conditions, the 7LD and 11LD samples...

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Glavni avtor:	Adrian Roggen (18395973) (author)
Drugi avtorji:	Alba Lloret (6557858) (author), Yohanna Miotto (22170368) (author), Kang Wang (415359) (author), Kerstin Luxa (22170371) (author), Vidya Oruganti (22170374) (author), Serena Della Pina (22170377) (author), Annabel D. van Driel (6556445) (author), Youbong Hyun (41801) (author), Bruno Huettel (270014) (author), George Coupland (110848) (author)
Izdano:	2025
Teme:	Biochemistry Medicine Genetics Evolutionary Biology Ecology Developmental Biology Infectious Diseases Plant Biology repressing floral transition div >< p distinct phases defined mutations partially suppressed arabis alpina </ mir157 controls transitions florigen flowering locus small rna sequencing related micrornas mir156 induced silencing complexes modulating inflorescence development mutations accelerated flowering mir157 cd </ adult vegetative phase arabidopsis thaliana </ inflorescence development mir157 </ reproductive phase inflorescence leaves spl4 </ mir157d </ mir157c </ mir156c </ mir156ac </ mir156a </ early flowering used trans upper stems short days perennial relative organs formed older plants mirna isoforms long days increased importance genetic analysis evolutionarily conserved dependent reduction confocal imaging affordable purification
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Time-resolved small RNA-sequencing reveals different expression dynamics of miR156 and miR157 families.

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