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Keyword [Osmotic-stress]
Result: 41 - 60 | Page: 3 of 5
41. The Functional And Transcriptional Analysis Of The PwNAC1 InPicea Wilsonii And Its Homologous Gene ANAC018 In Arabidopsis Thaliana
42. Osmotic Stress Induced The Accumulation Of Plant Cells, The Mechanism Of The Aba
43. Plant Cell Walls - Class Integrin - Cytoskeleton Continuum In Plant Responses To Osmotic Stress Signal Process
44. Manipulation Of Cellular Cam Levels Of Transgenic Tobacco Proline Metabolism
45. Integrated Study Of A Single Stress Resistance In The Composite Stress Tolerance Of P. Tenuiflora
46. Ropgef Family Gene In Response To Abiotic Stresses And Expression At Different Tissues Of Arabidopsis
47. Molecular Mechanisms Of The Heme Oxygenase/Carbon Monoxide System In Mediating Arabidopsis And Wheat Adaptions To Salt, Osmotic And UV-C Stresses
48. Functional Analysis Of MAX2 In Regulating ABA Signaling And Drought Stress Response In Arabidopsis
49. A Novel Protein PGABH Mediates Seed Germination And Post Germination Growth Arrest By Abscisic Acid
50. Function Of Microtubules In Root Of Arabidopsis Response Osmotic Stress
51. VEM4Gene Functional Studies Of The Regulation Of Arabidopsis Drought
52. Research On The Function Of LEA7Gene In Arabidopsis
53. Study On The Key Gene Of High Osmolality Glycerol Pathway-CgHOG1in Candida Glycerinogenes
54. The Response Of SlPYL/SlPP2C/SlSnRK2Gene Families To ABA And Osmotic Stress And The Functional Studies Of SlSnRK2s In Tomato
55. Molecular Dissection Of AtMPT3in Regulation Of Plant Development And Osmotic Stress Tolerance
56. The Response Of Artemisia Sphaerocephala To Osmotic Stress And The Change Of Membrane Lipids Composition During The Process
57. The Effect Of Osmotic Stress-induced Changes Of Plasma Membrane Proteome In Arabidopsis Cio4Deletion
58. Mechanism Of ThLEA3Overexpression In Phellodendron Amurense Rupr. Increase Osmotic Stress Tolerance
59. Cloning And Functional Analysis Of C2H2 Zinc Finger Protein ZFP5 Homologous Genes ZFP3, ZFP1 And ZFP7 In Arabidopsis Thaliana
60. HOG Response Pathway And The Osmotic Stress Tolerance Of Candida Glycerinogenes
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