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ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 699654'BTx623ms9-1'Sorghum bicolor (L.) Moench Texas, United StatesS92022DEVELOPEDCultivarBoth BTx623ms9-1 and BTx623ms9-3 mutants were isolated from the sorghum pedigreed mutant library constructed at Plant Stress & Germplasm Development Unit, USDA-ARS at Lubbock, Texas. The male sterile phenotype is due to a recessive mutation in a nuclear gene. Utility of the ms9 Mutants and its Maintenance: It represents a new male sterile locus distinct from the previously known ms loci and provides an additional approach to control sorghum male sterility. The seeds to be released are produced from a cross of BTx623ms9-1 BC5F2ms * BTx623ms9-1BC6F1 and segregate at a ratio of 50% male sterile and 50 % fertile plants. Utility of the ms9 Mutants and its Maintenance: The two ms9 mutants to be released segregate as 50% homozygous male sterile and 50% heterozygous fertile plants. The male sterility can be maintained by crossing the sterile plants with the pollen from the fertile plants within the same population. 2132588PI 699654
1PI 699655'BTx623ms9-3'Sorghum bicolor (L.) Moench Texas, United StatesS92022DEVELOPEDCultivarBoth BTx623ms9-1 and BTx623ms9-3 mutants were isolated from the sorghum pedigreed mutant library constructed at Plant Stress & Germplasm Development Unit, USDA-ARS at Lubbock, Texas. The male sterile phenotype is due to a recessive mutation in a nuclear gene. Utility of the ms9 Mutants and its Maintenance: It represents a new male sterile locus distinct from the previously known ms loci and provides an additional approach to control sorghum male sterility. The seeds to be released are produced from a cross of BTx623ms9-1 BC5F2ms * BTx623ms9-1BC6F1 and segregate at a ratio of 50% male sterile and 50 % fertile plants. Utility of the ms9 Mutants and its Maintenance: The two ms9 mutants to be released segregate as 50% homozygous male sterile and 50% heterozygous fertile plants. The male sterility can be maintained by crossing the sterile plants with the pollen from the fertile plants within the same population. 2132589PI 699655