ath-miR156a-5p: Ath-mir156a-5p is a microRNA that is significantly upregulated [PMC8511966]. PlantCircNet provided an integrated circRNA-miRNA-mRNA network that includes circRNAs and mRNAs targeted by ath-mir156a-5p [PMC5727401]. The expression levels of the targets of ath-mir156a-5p, as well as two sub-members of ath-miR157a-5p and ath-miR5654-5p, were higher in the CMS line compared to the MF line [PMC7392268]. Ath-mir156a-5p targets SBPs, while two sub-members of ath-miR157a-5p also target SBPs, and ath-miR5654-5p targets a PPR-containing protein [PMC7392268]. Ath-mir156a-5p and novel_80 were found to have a greater degree in down-regulated miRNAs and up-regulated mRNAs [PMC8080638]. Ath-mir156a-5p, novel_80, and other miRNAs were hypothesized to play essential roles in GRS formation [PMC8080638]. Several miRNAs including ath-mir156a-5p were found to have high degrees in the constructed interaction networks [PMC8080638]. The expression levels of ath-mir156a-5p, along with other miRNAs (ath-mir162a-3p and athmiR396a - 3 p), were analyzed using qPCR with TaqMan assays [PMC8991712]. Co-regulatory sRNAs were found for the regulatory pair "athmir 1 56 a - 3 p - AT1G27360.4" in all tissues except the root. The levels of AGO1 proteins were higher than that of ath-mir156a-5p [PMC7769420].