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Table 2 The comparison of fold change (from sequencing libraries) and expression levels (via qRT-PCR) of typical miRNAs

From: Identification and characterization of Prunus persica miRNAs in response to UVB radiation in greenhouse through high-throughput sequencing

  MiRNA Source Target Annotation Sequencing(Fold-change) qRT-PCR(Fold-change)
Down-regulation miR159 Ptc [27],Ath,Pte [22] MYB33 leaf development
Pp05–28,899-3p Sequencing    0.47
miR395d Sequencing, Ath [22],Ptc [27] APS,AST68 sulfate translocation and assimilation. 0.5 80.75
miR7122b-5p Sequencing HOS   0.47 17.55
miR8133-3p Sequencing    0.32 13.93
miR399a Sequencing, Ath [22],Ptc [27] UBC24   0.18 13.18
miR395e Sequencing, Ath [22],Ptc [27] APS,AST68 sulfate translocation and assimilation. 0.5 2.89
miR1511 Ppe [37]   unique 2.31
miR171c Ath [52] SCL chlorophyll synthesis 2.31
miR399b Sequencing    0.29 2.09
miR3627-3p Ppe [58]   TCA, EMP 1.61
miR393a Ath,Pte [22] AFB2,TIR1, SCF Antibacterial Resistance, abiotic stress tolerance 1.41
miR5072 Ppe [37]   alternative reference 1.25
miR166a Ath,Pte [22] HD-ZIP abiotic stress tolerance 1.05
miR156a Ath,Pte [22] SPL abiotic stress tolerance 1.05
Reference miR5059* Ppe [37]   reference* 1
Up-regulation miR397 Sequencing Laccase   2.42 1.07
miR160a Ath,Pte [22] ARF17 Leaf development 1.24
miR402 Ppe [37]   abiotic stress tolerance 1.28
miR319a Ath [21]   flowing time 1.75
Pp03–19,842-3p Sequencing    5.23 2.04
miR398a-3p Ath,Pte [22] CSD1,2 protection from oxidative stress 2.09
miR6260 Ppe [37]   unique 2.31
miR171d-3p Sequencing    5.1 2.43
Pp03–22,312-5p Sequencing    3.77
Pp03–22,312-3p Sequencing    2.42 4.15
miR6263 Ppe [37]   unique 4.67 5.21
miR3627-5p Sequencing    6.02 5.24
Pp06–35,148-3p Sequencing    2.57 6.09
miR398a-5p Ath,Pte [22] CSD1,2 protection from oxidative stress 6.67
Pp06–35,148-5p Sequencing    4.75 11.99
  1. Abbreviations: Ath Arabidopsis thaliana, Ptc Populus trichocarpa, Pte Populus tremula, Ppe Prunus persica