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Keyword [Populus alba × P.glandulosa]
Result: 1 - 20 | Page: 1 of 2
1. The Role Of Ca2+ Dependent Dnase During The Xylem Differentiation In Poplar
2. Cloning And Functional Analysis Of PagC3H3 Gene In Populus Alba ×P.glandulosa
3. Genetic Transformation And Functional Analysis Of Pag4CL3/4CL5 Gene In Populus Alba ×p. Glandulosa
4. A Research Of Cloning And Expression Of PagD53 Gene And Its Interaction With PagD14 Gene In Poplar
5. Isolation And Characterization Of Brassinosteriod Biosynthesis Gene DET2 In Poplar
6. Growth And Physiological Responses To Partial Root Zone Drying Irrigation In Populus Alba × P.glandulosa Cv.’84k’ Clone
7. Molecular And Physiological Mechanisms Of Light And Nitrogen Regulating In The Wood Formation Of Populus Alba × P. Glandulosa
8. Effect Of Drought Stress And ABA Signaling On Development Of Endodermis In Poplar Root
9. Analysis On Biological Function Of PtrUNE12 In Secondary Growth And Salt Stress Response Of Populus Alba × P.glandulosa ’84k’
10. Effects Of SAMDC,a Key Enzyme In Polyamine Synthesis,on Xylem Development And Drought Tolerance In Poplar
11. Genetic Transformation Of Populus Alba × P.glandulosa‘84K’ And Estrogen-induced Expression Of AtMET1/AtDME Genes In Transgenic Clones
12. Investigation On The Function Of PaHK3a And PaHK3b Gene In Populus Alba × P.glandulosa(84k)
13. Functional Characterizations Of Poplar MSBP1 In Lignin Biosynthesis
14. The Biological Functions And The Mechanism Of Alleviating Ammonium Toxicity Of PagGS1;2 And PagNADH-GOGAT2 In Populus Alba×P.glandulosa
15. Molecular Mechanism Of PagERF110 Regulating Secondary Cell Wall Development In Populus Alba×P.glandulosa
16. Study On The Function Of PeERF1 And PeCLH2 Genes Of Populus Euphratica In Response To Salt Stress
17. Functional Research Of PagTCP20 Genes In Populus Alba × P.glandulosa
18. Functional Analysis Of PagERF021 Gene From Populus Alba×P.glandulosa In Salt Stress Tolerance
19. Study On The Mechanism Of PagbHLH35 Gene In Response To Salt Stress In Populus Alba×P.Glandulosa
20. Analysis Of The Morphological,Physiological And Transcriptome Differences Of Different Positions Of Populus Alba × P.glandulosa Leaves
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