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Keyword [Stomatal closure]
Result: 21 - 40 | Page: 2 of 3
21. The Mechanisms Underlying Chlorella-induced Stomatal Closure And Its Anti-transpiration Effect In Plants
22. Different Trimer G Protein Involved In Regulating The Uv - Induced Arabidopsis Stomatal Closure And B H < Sub > 2 < / Sub > O < Sub > 2 < / Sub > And No Relationship
23. Different Doses Of UV-B Radiation-induced Stomatal Closure In Arabidopsis Cytoplasmic Alkaline Hydrogen Peroxide And Nitric Oxide And Its Relationship With Each Other
24. Different Doses Of UV-B Radiation-induced Stomatal Closure In Arabidopsis Ethylene, Different G Proteins And The Role Of Hydrogen Peroxide Trimers And Their Relationships
25. Burdock Fructooligosaccharide-induced Priming For Pathogen Resistance Against Pseudomonas Syringae Pv.Tomato DC3000in Arabidopsis Thaliana
26. Study On The Role Of NO And Cytoplasm Alkalization In Ethylene - Induced Stomatal Closure And Its Relationship
27. The Role Of Extracellular ATP In The Stomatal Closure Of Arabidopsis Thaliana And Its Relationship With H <2>, 2 2, NO
28. The Role Of MKP1 In The Stomatal Closure Of Arabidopsis Thaliana Induced By UV-B And Its Relationship With MPK6, H 2 2 And NO
29. The Mechanism Of Receptor-like Kinase FLS2 Regulating ABA And Flg22-induced Stomatal Closure In Arabidopsis
30. Research On The Interaction Of Ropgefs And Phosphatidic Acid And The Function In Aba Regulated Stomatal Movement In Arabidopsis
31. The Role Of AtGT7 And AtRAN1 In Elicitor-induced Stomatal Closure In Arabidopsis Thaliana
32. Flavonols Accumulation Is Involved In Inhibition Of ABA-induced Stomatal Closure By 5-Aminolevulinic Acid
33. Effects Of Chloroquinoline (Quinmerac) On Stomatal Movement In Arabidopsis Thaliana And Its Mechanism
34. The Role Of Ethylene In Abscisic Acid And Dark Induced Stomatal Closure And Its Relationship To Ethylene Signaling Pathways And H 2 O 2
35. Effect Of D-glucose On Stomatal Movement Of Arabidopsis Thaliana And Its Mechanism
36. The Role Of Ethylene And Heterotrimeric G Protein In SA Induction Of Stomatal Closure In Arabidopsis Thaliana And Its Relationship With H 2 O 2 And NO
37. The Role Of MKP1 And MPK6 In The Regulation Of Stomatal Movement And Gene Expression In Arabidopsis Thaliana By UV-B Radiation
38. The Role Of H2S In Darkness-induced Stomatal Closure And Its Relationship With H2O2
39. Identification Of The First Phytomelatonin Receptor And Its Regulatory Roles In Stomatal Closure And Drought Resistance
40. The Role Of H2S In BR-induced Stomatal Closure And Its Relationship With H2O2
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