Root elongation - Globe Thesis

Keyword [Root elongation] Result: 1 - 20 \| Page: 1 of 2
1.	Cloning And Function Analysis Of A Fasciclin-like Arabinogalactan Protein Gene(GhFLA) From Cotton (Gossypium Hirsutum L.)
2.	Aluminum Induced Inhibition Of Root Elongation Of Cassia Tora L. Is Related To Lignin Synthesis
3.	Effects Of ATG990 And Its Homologous Gene On The Early Growth And Development Under Stress Conditions In Arabidopsis
4.	Functional Analysis Of Auxin In Arabidopsis Primary Root Elongation In Phosphate Starvation Response
5.	The Regulatory Mechanisms Of RACK1in The Roots Development Mediated By Auxin And Abscisic Acid
6.	Auxin-mediated Root Growth Inhibition In Response To Aluminum Stress In Arabidopsis
7.	Mechanism Of Boron And RALF On Root Elongation Of Arabidopsis
8.	The Roles Of Gibberellin In Cell Wall Compositional Changes And Arabidopsis Root Elongation
9.	AtDGA1 Is Involved In ABA-suppression Of Seed Germination And Post-germination Growth
10.	Studies On The Mechanism Of Arabidopsis GSK3 Family Members AtSK11 And AtSK12 Regulating Root Elongation Under Mild Osmotic Stress
11.	Mechanism Analysis Of Aluminum Inhibiting Root Elongation By Co-repressor LUH In Arabidopsis
12.	Investigation On Mechanisms Of Amino Acid Transporter AAT1 Regulating Root Elongation In Arabidopsis Thaliana Under Salt Stress
13.	Analysis Of Root Growth Mechanism Of Arabidopsis Thaliana RLD1 Transcription Factors Regulating Etiolated Seedlings
14.	The Response Of Embryogenesis And Root Development To Transient Manipulation Of Auxin Distribution Via An Inducible Antisense GNOM Expression System
15.	Expression Regulation Of Light-inducible MicroRNA163 In Arabidopsis
16.	The Study Of SERK4 In The Regulation Salt Stress Response In Arabidopsis
17.	The Molecular Mechanism Of MiR319-TCP4 Regulating Plant Drought Response In Arabidopsis Thaliana
18.	Functional Analysis Of DC1 Protein Involved In Root Elongation And Salt Stress Response In Arabidopsis Thaliana
19.	The Preliminary Study On The Function Of AtPUB9 In Arabidopsis
20.	Clone And Functional Analysis Of ECT7 In Arabidopsis
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