Non-invasive micro-test - Globe Thesis

Keyword [Non-invasive micro-test] Result: 1 - 17 \| Page: 1 of 1
1.	Investigation Of The Salt Tolerance And Its Mechanisms In Bcl-2/Ced-9/PpBI-1Gene Transgenic Rices
2.	Studies On Optimization Of Culture Formulation And Physiological-biochemical Characteristics For Pleurotus Nebrodensis
3.	Maize Physiological Response Under Seawater Stress And Exploring In Mechanism Of Absorbing NO₃^- Of Maize
4.	Effect Of Three Different Factors On The Calcium Ion Metabolism And Expression Of Alkaline Phosphatase Gene In Hyriopsis Cumingii
5.	The Research On Several Physiological Processes And Transcriptome Sequencing Of The Seedlings Of Chinese Fir Clone Under Aluminum Stress
6.	Effects Of Rice Blast On Dynamic Ion Absorption Of Rice Seedling
7.	Studies On The Effect Of Cultivate Formula, Cu²⁺ And Mn²⁺on The Growth And Development Of Pleutotus Nerbrodensis
8.	Mechanism Of Salt Tolerant Rootstock Raise The Salt Tolerance Of Cucumber Through Regulating The Uptake And Transportation Of Na~+
9.	Expression Of Potassium Transport Protein Gene Family And Characteristic Analysis Of Roots Potassium Uptake Transport Under Drought Stress In Apple
10.	Cloning And Function Identification Of Enzyme Of Deadenylation CpCAF1 From Wintersweet
11.	Salt Tolerance Evaluation And Na~+ Absorption And Distribution Characteristics Of Hybrid Rootstocks From ’Zuo Shan 1’
12.	The Study Of K~+/Na~+ Homeostasis On The Salt Tolerance Of Pyropia Haitanensis
13.	Effects Of Soaking Seeds With Salicylic Acid On The Alfalfa Growth And Development Under Saline-alkali Stress
14.	Rhizosphere Oxygen Sensitivity Tomato (Solanum Lycopersicum 1.) Germplasm Identification And Its Physiological And Molecular Mechanism In Response To Hypoxia
15.	Physiological Responses Of Rice Seedlings Of Different Varieties To Short-term Salt Stress
16.	The Correlations Between The K~+/Na~+ Transport In Different Root Zones And Salt Tolerance In Sweet Poato And The Effects Of IbPSS1 On The Salt Tolerance Of Sweet Potato
17.	Preliminary Analysis On The Mechanism Of Na~+/K~+-ATPase Regulating Salt Tolerance Of Pyropia Haitanensis
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