Home

Browse
  Species Table
  Species Tree
  Mutant
  Mutant Arabidopsis Seeds
  Mutant Rice Seeds
  Sen-ASVs
  Phenotype
  Chlorophyll Degradation
  Stay-green QTL
  Ecotype
  Public Transcriptomic
  Sen-smallRNA
  SAGs in Poplar
  SAGs in Kalanchoe serrata
  Sen-TF ChIP/DAP-Seq
  SAP in Arabidopsis
  SAP in Soybean
  Targets of Sen-AtlncRNAs
  SLAGs and Mutants
  Seed-Storage Times

Search
  Text Search
  BLAST Search

Help
  User Guide
  FAQs
  How to Cite

Download

Links
About

  1935 senscence-differentially expressed small RNAs (Sen-smallRNA) in Arabidopsis and interaction in Sen-TF

smRNA ID Category Stage Gene ID Direction
 siR800  siRNA  G-to-M  AT2G27400  Nucleus
 siR986  siRNA  G-to-M  AT3G00000  Nucleus
 siR1052  siRNA  G-to-M  AT3G00000  Nucleus
 siR1099  siRNA  G-to-M  AT3G00000  Nucleus
 siR1306  siRNA  G-to-M  AT3G06435  Nucleus
 siR1315  siRNA  G-to-M  AT3G06435  Nucleus
 siR1320  siRNA  G-to-M  AT3G06435  Nucleus
 siR1326  siRNA  G-to-M  AT3G06435  Nucleus
 siR1329  siRNA  G-to-M  AT3G06435  Nucleus
 siR1331  siRNA  G-to-M  AT3G06435  Nucleus
 siR1334  siRNA  G-to-M  AT3G06435  Nucleus
 siR1344  siRNA  G-to-M  AT3G06435  Nucleus
 siR1348  siRNA  G-to-M  AT3G06435  Nucleus
 siR1376  siRNA  G-to-M  AT3G17185  Nucleus
 siR1380  siRNA  G-to-M  AT3G17185  Nucleus


Cite:
Woo H R, Koo H J, Kim J, et al. Programming of plant leaf senescence with temporal and inter-organellar coordination
of transcriptome in Arabidopsis[J]. Plant physiology, 2016, 171(1): 452-467. [Full Text]