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Keyword [Vicia faba]
Result: 21 - 40 | Page: 2 of 2
21. The Studies On The Relationship Between Nucleolar Dynamic Structure And RDNA Distribution In Vicia Faba Cells
22. The Role Of Ethylene, MAPK And Ca～(2+) In UV-B-induced Stomatal Closure And Their Relationships With H2O2 And NO In Vicia Faba
23. The Effect Of Plasma Membrane H~+-ATPase On Calcium Channel In PM Of Vicia Faba Guard Cells
24. Effects Of Na2CO3 Stress On Growth And Photosynthetic Characteristics Of Vicia Faba L.
25. The Cytotoxicity Of Aqueous Extraction From Trifolium Repens L. On Root Tip Cell Of Vicia Faba
26. SO2-Induced Stomatal Movement And Guard Cell Death In Vicia Faba Leaves
27. The Role Of Ion Channel And ROS In EATP-regulated Stomotal Movement Of Vicia Faba
28. Cloning And Sequence Analysis Of The Gene Encoding Voltage-Gated Chloride Channel In Vicia Faba Leaves
29. Molecular Mechanism Of Plasma Membrane H~+-ATPase Regulates Nitrate Uptake In Broad Bean Under Drought Stress
30. Study On The Mechanism Of PP1c Gene In Response To Formaldehyde Stress In Plants
31. The Role Of Ion Channel And Ros In Eatp-regulated Stomotal Movement Of Vicia Faba
32. Stomatal Movement Of Vicia Faba Epidermis In The Light / Dark Conditions A Comparative Study
33. The Dual Effect Of No In Stomatal Movement And Its Biological Significance
34. The Study On Prokaryotic Expression Of14-3-3B Protein From Vicia Faba And Its Interacting Proteins Isolation And Identification
35. Preliminary Study Of Programmed Cell Death Process During The Salt-induced In Root Tip Cells Of Vicia Faba
36. Symbiotic Effectiveness And Phylogeny Of Rhizobia Isolated From Root Nodules Of Faba Bean (Vicia Faba L.) In Sichuan,China
37. The Research On Raman Spectroscopy And Physiology Of The Mitochondria Of Root Tip Cells Of Vicia Faba L.Induced By Aluminum
38. Study On The Apoptosis Process Of Root Tip Cells Of Vicia Faba L.and Yeast Induced By Aluminum And Ethanol Respectively With Raman Spectroscopy
39. Brassinosteroids and the function of stomatal guard cells in Vicia faba
40. Degradation Characteristics And Mechanism Of 17?-estradiol From Wastewater By Candida Utilis CU-2 And Lactobacillus Casei LC-1
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