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Keyword [Stomatal]
Result: 81 - 100 | Page: 5 of 10
81.
Of Different Factors On Stomatal Response To Aba Sensitivity Of The Impact Studies
82.
Atmap65-1 May Be Involved In Regulating Guard Cell Microtubules Arranged In The Way Experimental Basis
83.
Changbaishan Tianchi Volcano Millennium Large Eruptions Of Pumice Stomatal Distribution And Formation Mechanism
84.
Phosphatidylinositol 3 - Phosphate In The Uv-b Radiation, Ethylene, Or Dark-induced Stomatal Closure In The Role
85.
Stomatal Movement Of Vicia Faba Epidermis In The Light / Dark Conditions A Comparative Study
86.
Fc Induced Stomatal Opening Up And Defend The Cell H <sub> 2 </ Sub> The O <sub> 2 </ Sub> Relations Research
87.
The Dual Effect Of No In Stomatal Movement And Its Biological Significance
88.
Fc Reduce The Guard Cells The Level Of No Inhibition Of Dark-induced Stomatal Closure,
89.
Copper Amine Oxidase Catalyzes The Hydrogen Peroxide Involved In The Ethylene-induced Stomatal Closure
90.
Of No, And Cytoplasmic Ph In H <sub> 2 </ Sub> The O <sub> 2 </ Sub>-induced Stomatal Closure In The Role And Their Relationship
91.
The Roles Of Microtubules And Protein Phosphatase AtPP2CA In Regulation Of Stomatal Movement In Arabidopsis Thaliana
92.
The Interaction Between Phosphalipase Dα1 And Ca
2+
In Stomatal Closure In Arabidopsis Thaliana.
93.
The Role Of Wrky Transcription Factors In The Elicitor-Triggered Hypersensitive Response And Stomatal Closure In Nicotiana Benthamiana
94.
The Interaction Of Nadph Oxidase (AtrbohD/F) And Phosphatidic Acid And Their Relationship In ABA Signaling In Arabidopsis
95.
EATP Promotes Stomatal Opening Of Arabidopsis Thaliana Through Heterotrimeric G Protein α Subunit And PM H~+-ATPase
96.
The Altitudinal Responses Of The Leaf Traits Of Four Conifer Species In Temperate China
97.
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
98.
The Effect Of Yeast On Regulating Water Use Efficiency And The Mechanism Of Yeast-induced Stomatal Immunity In Crops
99.
The Development And Evaluation Of The Peking University Land-atmosphere Interaction Model
100.
Effects Of Stomatal Development On Stomatal Limitation Of Photosynthesis And Leaf Temperature During Leaf Growth
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