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Keyword [Vicia]
Result: 1 - 20 | Page: 1 of 3
1.
ABA And H
2
O
2
Signaling In Vicia Guard Cells
2.
MAPKs Signaling In Vicia Guard Cells
3.
Cloning And Expression Of A Novel Gene Encoding CDPK In Vicia Faba And Identification Of The Phosphorylation Site Of V-ATPase Subunit A In Zea Mays
4.
Isolation, Expression Patterns And Role In Regulating Stomatal Movements Of An Aquaporin-like Gene In Vicia Faba
5.
Evidence And Mechanism Of Protein Tyrosine Phosphatases Regulating Stomatal Movement Of Vicia Faba L
6.
Osmo-Regulation Of Calcium-Permeable Channels In The Plasma Membrane Of Vicia Faba Guard Cells And Cloning And Characterization Of TPC1 Gene Of Arabidopsis Thaliana
7.
PEG6000 Stress Signaling In Vicia Faba Guard Cell
8.
Roles And Relationships With H
2
O
2
/NO Of Cytokinin/auxin, MEK/CDPK And CO In The Stomatal Movement Of Vicia Faba
9.
The Role And Mechanism Of Copper Amine Oxidase In ABA-Mediated H
2
O
2
Production And Stomatal Movement In Vicia Faba
10.
Spatiotemporal Dynamics Of Stomatal Oscillations Inducing By Microbes-Foliar Microenvironment Interactions And Its Mechanisms
11.
Laser Enhanced Uv-b Radiation Vicia Faba Seedlings Injury Protection And Repair,
12.
Study Of The Function Of Plant Aquaporins
13.
Involvement Of Hydrogen Peroxide In Stomatal Closure Induced By Salicylic Acid In Vicia FabaL.
14.
Study Of Hydrogen Peroxide And Calcium Signaling In ABA-induced Stomatal Movement In Vicia Faba
15.
The Reversible Disaggregation Of Particles In Guard Cell Vacuoles Mediated By PH And Its Effects On Osmoregulation Of Stomatal Movement
16.
NO May Function Downstream Of H
2
O
2
In ABA-induced Stomatal Closure In Vicia Faba L.
17.
Study On Micronucleus Frequency And Heat Shock Induced By Environmental Factors In Plant
18.
Qualitative Comparison And Analysis Of Particles In Vacuoles Of Vicia Faba Guard Cell And Epidermal Cell
19.
The Study On Secondary Modification Of Plasmodesmata During The Sink-Source Transition In Vicia Faba Leaves
20.
Studies On Role And Relationship Of Hydrogen Peroxide And Nitric Oxide In Light/Dark-and Phytohormone-regulated Stomatal Movement Of Vicia Faba
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