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Keyword [stomatal]
Result: 181 - 200 | Page: 10 of 10
181.
CML20,an Arabidopsis Calmodulin-like Protein,Negatively Regulates Guard Cell ABA Signaling And Drought Stress Tolerance
182.
The Changes Of Leaf Vein Network Structure And Photosynthetic Characteristics Of Three Robinia Pseudoacacia Types Under Drought Stress
183.
The Role Of H
2
S In BR-induced Stomatal Closure And Its Relationship With H
2
O
2
184.
Analysis Of The Different Sensitivity With The Stomatal Development Responding To Hormone In Different Basl Mutants
185.
Molecular Mechanism Of Hydrogen Sulfide Catalyzed By L-Cysteine Desulfhydrases In Mediating Heme Oxygenase 1/Abscisic Acid-Insensitive 4 Signaling System-Induced Stomatal Movement And Drought Stress In Arabidopsis
186.
Effect Of H
2
S Signal Regulating Stomatal Development Of Leaves Via EPFs Peptides In Arabidopsis
187.
The Mechanisms Of Stomatal Movement And Root Development Regulated By Sinapate Ester Metabolism In Arabidopsis Thaliana
188.
Study On Fossil Conifers From The Lower Cretaceous Dalazi Formation Of Jilin Province And Their Palaeoclimate Implications
189.
Response Of Leaf Traits Of Common Broad-leaved Woody Plants To Environmental Factors On The Eastern Tibetan Plateau
190.
Leaf Epidermal Micromorphology Of Sorbus Section Sorbus And Its Taxonomic Significance
191.
Study On Arabidopsis IQM1 And IQM4 Involved In The Regulation Of Stomatal Movement
192.
Sorting Nexins(SNXs)Regulate ABA Mediated Stomatal Movements And Drought Stress Responses In Arabidopsis
193.
Regulation Of Stomatal Development By NO And H
2
S On Abaxial Cotyledon Epidermis In Arabidopsis
194.
Hydrogen Sulfide Mediated Persulfidation Regulates SnRK2.6 Activity And Promotes ABA-induced Stomatal Closure
195.
The Role Of COP1 In Dark-induced Stomatal Closure And Its Relationship With H
2
O
2
, NO, FT, TSF And SOC1
196.
The Role And Relationship Of OST1, GHR1, GORK And SLAC1 In Ethylene-induced Stomatal Closure
197.
The Role And Relationship Of CO
2
And ABA In Dark-induced Stomatal Closure
198.
StCLE Polypeptides Regulate The Stomatal Movement Of Arabidopsis Thaliana
199.
Dark Treatment Activates The Signal Transduction Mechanism Of AtMPK3 And AtMPK6 And The Mechanism Of AtMPK12 In Dark-induced Stomatal Closure
200.
The Role Of AtMEK1-AtMPK6 Signaling Cascade In Dark-induced Arabidopsis Stomatal Closure And Its Relationship With H
2
O
2
And NO
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