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Keyword [Ethylene]
Result: 1 - 20 | Page: 1 of 10
1. Cloning And Expression Of The Ethylene Receptor Gene (etr1) Of Hevea Brasiliensis
2. Molecular Cloning Of Cinnamomin Gene Family And Study Of Antifungal Protein From Guilder Rose
3. Studies Of Relationship Between Ca～(2+), CaM, Its Target Enzymes And Ethylene Inducing Maturation, Ripening And Senescence Of Tomato And Strawberry Fruits
4. Gene Cloning And Expression Patterns Of EREBPs In Ethylene Signal Transduction Of Tomato Fruit
5. Influence Of Stress On Expression Of LE-ACS And Nuclear Subunit Genes In Ethylene Signaling
6. Morphology And Molecular Motions Of Polymeric Elastomers Under In-situ Stretching As Studied By Solid-state High-resolution NMR Spectroscopy
7. Functional Analysis Of ERF Transcription Factor TSRF1
8. The External Electric Field Effects On Ethylene And Dimethyl-siloxane And Excited States
9. Singlet Oxygen And Small GTPase Ran In Plant Defense Response
10. Interactions Between Jasmonates And Ethylene In The Regulation Of Root Hair Development In Arabidopsis
11. The Electret Properties Of Cellular PP And Solid PEN Film
12. Physiological And Molecular Biological Analysis On Osnaat1, The Lost Function Of Fe(III) Uptake Mutant In Rice
13. Molecular Genetic Analysis Of The Role Of Nitric Oxide In Pathogen Defense In Arabidopsis
14. Studies On The Mechanism Of Regulations Of Ethylene, NO And H2O2 In The Adaptation Of Arabidopsis Callus To Salt Stress
15. EIN3 Transcriptionally Regulates ESE1 Expression To Increase Salt Tolerance In Arabidopsis Thaliana
16. Functional Analyses Of BZIP Transcription Factor HY5 In Ethylene Biosynthesis And Signaling Of Arabidopsis
17. Mechanism Of Action Of The Arabidopsis Ethylene Receptor Signaling
18. Establishment Of High Frequency Regeneration System And The Positive Role Of Silver Nitrate In Brassica Juncea Coss
19. Studies On The Relationship Of Ethelene, Active Oxygen And Ca～(2+).CaM Signal Messenger In Strawberry (Fragaria Ananassa Duch.) And Peach (Prunus Persica) During The Senescence Period After Harvest
20. The Relationships Between The Physiological-Biochemical Changes And Ca～(2+)-ATPase During The Peach And Strawberry Senescence
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