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Keyword [Wide Compatibility]
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1. Dissection Of Partial Sterility Of The Indica-Japonica Intersubspecific Hybrids In Rice
2. Molecular Marker-assisted Selection For Bacterial Blight Resistance And Heterosis Utilization In Rice
3. Characterization Of Three Neutral Alleles (f5, F6 From Dular, S5 From 02428) Conferring Wide-compatibility And Fine-mapping Of F5-Du
4. Genetic Transformation And Analysis Of Wide Compatibility Gene S5-n And Analyzing Aspartic Protease Gene Family In Rice
5. Basic Studies On The Wide Compatibility And Broad-spectrum Restorer Line R228
6. Natural Variation, Evolutionary Pattern And Functional Analysis On Indica-japonica Hybrid Sterility Gene S5in Rice
7. Identification And Genetic Analysis Of Wide Compatibility In Rice (Oryza Sativa L.)
8. Comparison On Genetic Effect Of S5～n Alleles From Different Wide Compatibility Varieties In Rice(Oryza Sativa L.)
9. Investigation On Utilizing The Heterosis Between Indica And Japonica Rice Of Three Lines
10. Study On Some Hereditary Properties Of The Dominant Semi-dwarf Rice
11. Map-based Cloning Of Gene Conferring Wide Compatibility In Rice (Oryza Sativa L.)
12. Determination Of The Gene Responsible For Rice Wide-compatibility
13. Study On The Genetic Effect Of Rice Wide Compatibility Gene S5～n And Its Fine-mapping
14. Length Detection Of Substitutive Fragments In Rice NILs And Fine Mapping For Wide Compatibility Gene S5～n
15. Cytological Study On The Sterility Of F1 Hybrids Between Indica And Japonica Rice
16. Improvement Of Wide Compatibility Gene Of Maintain Line And Restorer Line Of Rice By Molecular Marker-Assisted Selection
17. Functional Analysis And Molecular Mechanism Of The Rice Wide Compatibility Gene S5-n And Photoperiod-Sensitive Genic Male Sterile Gene Pms3 And Comprehensive Sequence And Expression Profile Analysis Of Hsp20 Gene Family In Rice
18. Study On Gene Interaction Involving Hybrid Sterility And Wide Compatibility In Rice
19. The Molecular And Cellular Mechanism Of The Rice Indica-Japonica Hybrid Sterility Locus S5
20. Mutation Of Wide-compatibility Genes Using TALENs Technology In Rice (Oryza Sativa L.)
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