iron-deficiency - Globe Thesis

Keyword [iron-deficiency] Result: 1 - 20 \| Page: 1 of 2
1.	Physiological And Molecular Basis On Resistance To Iron Chlorosis In Malus Xiaojinensis And Citrus Junos
2.	Distribution Of Excited Energy And Photoprotective Mechanisms During Photosynthesis In Higher Plants
3.	Nitric Oxide Protect Maize Seedlings Against Iron Deficiency Stress
4.	Molectular Mechanism Of Arabidopsis Thaliana DOI2Gene Regulating Signal Transduction In Iron Nutrition
5.	Regulatory Factors Involved In Cellular Signal Transduction Upon Iron Deficiency In Arabidopsis
6.	Difference Of Gene Expression In Wheat Roots Under Fron- Snffielent And Iron-deficient Conditions And Cloning Of Some CDNA Fragments
7.	Nalysis Of CDNA Microarray For Rice Roots Under Fe-Deficiency Stress And Molecular Cloning Of CSN6 Gene
8.	Cloning,Subcellular Localization And Functional Analysis Of High Expression OsNramp1 Gene Under Iron Deficiency In Rice
9.	Functional Analysis Of OsSEC27p And Cloning, Subcellular Localization Of OsYSL1
10.	The Role Of 14-3-3 Protein In Plant Iron Deficiency Signaling And The Effect Of Phosphorus On Plant Iron Nutrition
11.	Cloning And Analysis Of Rice OsNAT7 Gene Promoter
12.	Studies On The Effect Of Nitric Oxide In The Root Growth Of Pea Under The Iron Deficiency Stress
13.	External Calcium Can Effectively Relieve The Impact Of Iron Deficiency On Plants
14.	Cloning Of Mirnas From Chlamydomonas Reinhardtii Under Iron Deficiency And HO-1Vector Construction And Transformation
15.	Regulation Of Iron-Deficiency Responses By Carbon Monoxide And Identification Of Iron Deficiency-Responsive Micrornas In Arabidopsis Thaliana
16.	Responeses Of Copper/Iron-Stress Are Regulated By Nitric Oxide And Carbon Monoxide In Chlamydomonas Reinhardtii
17.	The Roles And Mechanisms Of Sucrose And Nitric Oxide In Regulating Plants Iron-deficiency-induced Responses
18.	Mechanism Of NO-mediated In Response To Iron Deficiency Of The Malus Xiaojinensis
19.	Study Of Trichoderma Asperellum And Its Siderophore On Plant Growth Promotion Under Fe-deficiency
20.	GPX7 Mediates Iron Involved In The Light Of Redox Process Mechanism Research In Arabidopsis Thaliana
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