Font Size:
a
A
A
Keyword [H2O2/NO]
Result: 1 - 15 | Page: 1 of 1
1.
Roles And Relationships With H
2
O
2
/NO Of Cytokinin/auxin, MEK/CDPK And CO In The Stomatal Movement Of Vicia Faba
2.
The Relationship Of Phosphalipase D, Hydrogen Peroxide And Nitric Oxide In Transducting ABA And Salt Signal
3.
G Protein, Ptks Are Plc / Pld By Regulating Guard Cell H <sub> 2 </ Sub> The O <sub> 2 </ Sub>, The Level Of No-mediated Light / Dark Regulation Of Stomatal Movement
4.
S1p, Phyto S1p And Cytoplasmic Ph In The Dark, The Role Of Inducing Stomatal Closure And H < Sub > 2 < / Sub > O < Sub > 2 < / Sub > And No Relationship
5.
Role Of H
2
O
2
and NO In SO
2
-Induced Alteration Of DNA Methylation In Arabidopsis
6.
Effects Of Chloroquinoline (Quinmerac) On Stomatal Movement In Arabidopsis Thaliana And Its Mechanism
7.
Effect Of D-glucose On Stomatal Movement Of Arabidopsis Thaliana And Its Mechanism
8.
The Role Of COP1 In Dark-induced Stomatal Closure And Its Relationship With H
2
O
2
, NO, FT, TSF And SOC1
9.
The Role And Relationship Of CO
2
And ABA In Dark-induced Stomatal Closure
10.
The Role Of MAPK, H
2
O
2
And NO In The Regulation Of Gene Expression In Arabidopsis Leaves By UV-B Radiation
11.
The Effect Of UV-B Radiation On Pollen Germination, Pollen Tube Growth And Pollen Tube Wall Construction Of Qingzhuan And Its Relationship With H
2
O
2
And NO
12.
Ethylene And ABA Induce The Production Of H
2
O
2
And Mediate D-glucose To Induce Stoma Closure
13.
COP1 And HY5 Mediate UV-B-induced Stomatal Closure By Promoting Ethylene Synthesis And Transmitting Ethylene Signaling
14.
The Role Of MPK Cascade Pathway In Ethylene-induced Stomatal Closure In Arabidopsis
15.
The Role Of CDPKs In Ethylene-induced Stomatal Closure In Arabidopsis And Its Relationship With H
2
O
2
And NO
<<First
<Prev Next>
Last>>
Jump to
