Leaf Senescence DataBase

smRNA ID	Category	Stage	Gene ID	Direction
siR1645	siRNA	G-to-M	AT3G43828	Nucleus
siR1663	siRNA	G-to-M	AT3G48720	Nucleus
siR1664	siRNA	G-to-M	AT3G48720	Nucleus
siR1673	siRNA	G-to-M	AT3G56705	Nucleus
siR1674	siRNA	G-to-M	AT3G56825	Nucleus
siR1678	siRNA	G-to-M	AT3G57765	Nucleus
siR1702	siRNA	G-to-M	AT4G04408	Nucleus
siR1703	siRNA	G-to-M	AT4G04408	Nucleus
siR1704	siRNA	G-to-M	AT4G04408	Nucleus
siR1706	siRNA	G-to-M	AT4G04408	Nucleus
siR1716	siRNA	G-to-M	AT4G06477	Nucleus
siR1717	siRNA	G-to-M	AT4G06477	Nucleus
siR1774	siRNA	G-to-M	AT5G08185	Nucleus
siR1775	siRNA	G-to-M	AT5G09585	Nucleus
siR1785	siRNA	G-to-M	AT5G14550	Nucleus

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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]