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| ACCESSION | PLANT NAME | TAXONOMY | ORIGIN | GENEBANK | IMAGE | AVAILABILITY | RECEIVED | SOURCE TYPE | SOURCE DATE | COLLECTION SITE | COORDINATES | ELEVATION | HABITAT | IMPROVEMENT LEVEL | NARRATIVE | | |
|---|
| 0 | GSOR 100605 | TIL: 383.13 | Oryza sativa L. | Texas, United States | GSOR | | | 2011 | DEVELOPED | 2011 | | | | | Genetic material | This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program. | 1882464 | GSOR 100605 |
| 1 | GSOR 100698 | TIL: 625 | Oryza sativa L. | Texas, United States | GSOR | | | 2011 | DEVELOPED | 2011 | | | | | Genetic material | This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program. | 1882557 | GSOR 100698 |
| 2 | GSOR 100702 | TIL: 634 | Oryza sativa L. | Texas, United States | GSOR | | | 2011 | DEVELOPED | 2011 | | | | | Genetic material | This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program. | 1882561 | GSOR 100702 |