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	ACCESSION	PLANT NAME	TAXONOMY	ORIGIN	GENEBANK	RECEIVED	SOURCE TYPE	SOURCE DATE	IMPROVEMENT LEVEL	NARRATIVE
0	PI 561861	OK91G109	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456833	PI 561861
1	PI 561862	OK91G110	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456834	PI 561862
2	PI 561863	OK91G111	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456835	PI 561863
3	PI 561864	OK91G112	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456836	PI 561864
4	PI 561865	OK91G113	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456837	PI 561865
5	PI 561866	OK91G114	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456838	PI 561866
6	PI 561867	OK91G115	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456839	PI 561867
7	PI 561868	OK91G116	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456840	PI 561868
8	PI 561869	OK91G117	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456841	PI 561869
9	PI 561870	OK91G118	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456842	PI 561870
10	PI 561871	OK91G119	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456843	PI 561871
11	PI 561872	OK91G120	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456844	PI 561872
12	PI 561873	OK91G121	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456845	PI 561873
13	PI 561874	OK91G122	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456846	PI 561874
14	PI 561875	OK91G123	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456847	PI 561875
15	PI 561876	OK91G124	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456848	PI 561876
16	PI 561877	OK91G125	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456849	PI 561877
17	PI 561878	OK91G126	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456850	PI 561878
18	PI 561879	OK91G127	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456851	PI 561879
19	PI 561880	OK91G128	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456852	PI 561880
20	PI 561881	OK91G129	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456853	PI 561881
21	PI 561882	OK91G130	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456854	PI 561882
22	PI 561883	OK91G131	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456855	PI 561883
23	PI 561884	OK91G132	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456856	PI 561884
24	PI 561885	OK91G133	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456857	PI 561885
25	PI 561886	OK91G134	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456858	PI 561886
26	PI 561887	OK91G135	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456859	PI 561887
27	PI 561888	OK91G136	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456860	PI 561888
28	PI 561889	OK91G137	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456861	PI 561889
29	PI 561890	OK91G138	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456862	PI 561890
30	PI 561891	OK91G139	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456863	PI 561891
31	PI 561892	OK91G140	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456864	PI 561892
32	PI 561893	OK91G141	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456865	PI 561893
33	PI 561894	OK91G142	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456866	PI 561894
34	PI 561895	OK91G143	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456867	PI 561895
35	PI 561896	OK91G144	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456868	PI 561896
36	PI 561897	OK91G145	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456869	PI 561897
37	PI 561898	OK91G146	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456870	PI 561898
38	PI 561899	OK91G147	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456871	PI 561899
39	PI 561900	OK91G148	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456872	PI 561900
40	PI 561901	OK91G149	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456873	PI 561901
41	PI 561902	OK91G150	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456874	PI 561902
42	PI 561903	OK91G151	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456875	PI 561903
43	PI 561904	OK91G152	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456876	PI 561904
44	PI 561905	OK91G153	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456877	PI 561905
45	PI 561906	OK91G154	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456878	PI 561906
46	PI 561907	OK91G155	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456879	PI 561907
47	PI 561908	OK91G156	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456880	PI 561908
48	PI 561909	OK91G157	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456881	PI 561909
49	PI 561910	OK91G158	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456882	PI 561910
50	PI 561911	OK91G159	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456883	PI 561911
51	PI 561912	OK91G160	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456884	PI 561912
52	PI 561913	OK91G161	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456885	PI 561913
53	PI 561914	OK91G162	Triticum aestivum L. subsp. aestivum	Oklahoma, United States	NSGC	1992	DEVELOPED	1992	Genetic material	Pairs of near-isolines differing for the presence or absence of 1RS.1BL were developed by selfing heterozygous plants (1RS.1BL//1B) in the F2 to F4 generations. One pair of homozygous near-isolines was isolated in each of 27 F5 families descending from a different F2 plant. No selection was imposed except for chromosome type. Segregation has been observed for plant stature (mostly semi-dwarf, some dwarf), and reaction to soil-born mosaic virus and tan spot (Pyrenophora tritici-repentis). This variation is not linked to chromosome type 1B or 1RS.1BL. [See PI 561861-561914 for accessions from the same Crop Science registration.]	1456886	PI 561914