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Keyword [ecotype]
Result: 1 - 20 | Page: 1 of 2
1. Study On Molecular Ecology Of Phragmites Australis
2. Ecophysiology Adaptation Of Dominant Grasses And Their Response To Simulated Climatic Changes In The Songnen Grassland Of China
3. Study On Surface Environment Changes And The Response Relationships Between The Former Changes And Hydrological-Weather Factors In Horqin Sandy Land
4. Analysis Of Ecotype Network City
5. Proteomic Analysis Of Thellungiella Salsuginea
6. The Biology Observation Of Three Ecotypic Spiders And Structure And Function Of Three Types Of Spider Silk
7. Ecotype Division And Isozyme Analysis Of Dioscorea Zingiberensis
8. The Functional Analysis Of Thellungiella Halophila TRXh And Comparative Proteomic Study Of Thellungiella Ecotypes
9. A Study On The Molecular Evolution Passway Of Four Ecotypes Of Reed Growing In The Hexi Corridor In Adaption Of Drought-prone And Saline Habitats
10. Study On Geographic Distribution,Community Character And Biomass Of Sabina Vulgaris Ant. Germplasm Resources
11. Study On Ecology Of The Wetland Vegetation At Lanzhou Section Of The Yellow River
12. The Functional Of Thioredoxin Genes In Arabidopsis Thaliana Under Environmental Stress
13. Comparative Proteome Of Different Ecotypes Of Reed (Phragmites Communis Trin.) Adapted To Natural Droght And Saline Habitats
14. Cytology And Physiological-biochemical Characteristics Of Somatic Embryogenesis In Xinjiang Ecotype Arabidopsis
15. Analysis Of Phylogenetic Relationship Of Four Ecotypes Reed (Phragmites Communis Trin.) From Hexi Corridor In Gansu Province In China Based On CpDNA Sequences
16. The Function Of O1 Type Thioredoxin Gene In Arabidopsis Thaliana Under Environmental Stress
17. Change And Its Mechanism On Hydrophilic Property Of Protein In Phragmites During Desert Stress Tolerance
18. The Response Of Two Ecotypes Of Ceratoides Arborescens To Water Stress
19. Identification And Division Of Different Ecotypes Of Arabidopsis Thaliana Based On SINEs Molecular Markers
20. Cloning Of TPI And Analysis Of Related Genes In Response To Stress In Leymus Chinensis
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