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Keyword [Uptake]
Result: 61 - 80 | Page: 4 of 10
61.
Study On The Genotypic Variations In Reponses To Pb,Cd And The Tolerance Mechanisms In Salix SPP
62.
Improve Nutrient And Water Uptake By Regulateing Root Morphology And Physiology
63.
Mechanisms Of Salt Tolerance Improved By Epichloe Endophyte In Wild Barley
64.
Involvement Of Ethylene And Gibberellins In Regulating The Complete Submergence-Induced Formation Of Manganese Plaque On Root Surface In Rice (Oryza Sativa L.) Seedlings
65.
Structure-function Studies Of Magnetospirillum Gryphiswaldense Ferric Uptake Regulator Fur And Equine Arteritis Virus Helicase Nsp10
66.
Expression Regulation And Function Of Two Rice Phosphate Transporters OsPht1;2 And OsPht1;6 In Phosphate Uptake And Translocation
67.
Characterization Of The Effect Of Phosphate Transporters OsPT5/OsPT7 And Proton-Pyrophosphatase AVP1D On Plant Phosphate Uptake And Development
68.
Molecular Identification And Functions Of Vacular Phosphate Transporters In Arabidopsis
69.
Cellular Uptake Of Several Colloidal Particles And Its Influences On Cell Functions
70.
Autophagy At The Nano-bio Interface
71.
Mechanism And Optimization Of Magne-Some Formation In A. Ferrooxidans
72.
CloningăExpression And Functional Preliminary Research On Fur Gene Alr0957of Anabaena Sp. PCC7120
73.
Effects Of Paclobutrazol (PP333) On Growth And Cadmium Uptake Of Two Hemp Cultivars
74.
The Physiological And Molecular Mechanisms Of The Tolerance To Low Boron Stress In Arabidopsis Mutant LBT
75.
Ectomycorrhizas With Paxillus Involutus Enhance Cadmium Uptake And Tolerance In PopulusĂCanescens
76.
The Mechanism Of Plasma Membrane H~+-ATPase Involved In The Uptake Of Nitrogen/Phosphorus By Rice Roots
77.
Identification Of Dominant Physicochemical Properties Of NPs Involved In Cell Interactions
78.
Study Of Na~+, K~+Absorption And Accumulation In Arabidopsis Thaliana
79.
Vegetation Structure Characteristics And Carbon Uptake Of Urban Built-up Area In China
80.
Effect Of Elevated Carbon Dioxide On Root Hair Development And Nutrient Uptake And The Response Mechanisms Of Root Growth To Nutrient Supply In Arabidopsis Thaliana
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