Two non-allelic male-sterile strains each controlled by a single recessive gene, ms1 (Brim and Young, 1971) and ms2 (Bernard and Cremeens, 1975),respectively, have been reported in soybeans. We now have evidence for a third completely male-sterile type controlled by a single recessive gene at adifferent locus from either ms1 or ms2 . As a result of the present study,this mutant was assigned a Genetic Type Collection T-number (T273) and the gene symbol ms3 by the Soybean Genetics Conmittee. This line is maintained as the heterozygote T273H
Studies on a new spontaneous male-sterile / female-fertile soybean mutant identified by the Embrapa ...
The male-sterile (female-fertile) mutant ms1 is identified by three characteristic features. Kenwort...
Genetic and cytological studies were conducted with a new male-sterile, female-fertile soybean [Glyc...
An entry consisting mostly of plants having little to no seed set was found amidst the breeding mate...
In 1970, a part-sterile plant in Uniform Test I, entry W6-4108 (from Wisconsin), was observed at Ame...
In the summer of 1978 crosses were made between maintainer lines of ms1 and ms2 and a soybean mutant...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
In the M2 populations of different soybean varieties irradiated with gamma rays, a total of seven li...
A new recessive chlorophyll mutant was unexpectedly recovered in an F2 family of A76-518-3 (a homozy...
Plants of the Glycine max Plant Introduction 68,704 characteristically produce flowers that have six...
Two sterile plants were found in a commercial field of soybeans in Ames in 1977. The plants were not...
Seeds set on partially male-sterile plants (see article 2 for a description of the sterility system)...
In 1971, Detroy Green, Department of Agronomy, Iowa State University, found sterile plants in an F4 ...
One of the M4 progenies of PK-71-39 soybean irradiated with 10 Kr gamma rays showed segregation for ...
A new genic male-sterile mutant in soybean was characterized genetically, developmentally, and molec...
Studies on a new spontaneous male-sterile / female-fertile soybean mutant identified by the Embrapa ...
The male-sterile (female-fertile) mutant ms1 is identified by three characteristic features. Kenwort...
Genetic and cytological studies were conducted with a new male-sterile, female-fertile soybean [Glyc...
An entry consisting mostly of plants having little to no seed set was found amidst the breeding mate...
In 1970, a part-sterile plant in Uniform Test I, entry W6-4108 (from Wisconsin), was observed at Ame...
In the summer of 1978 crosses were made between maintainer lines of ms1 and ms2 and a soybean mutant...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
In the M2 populations of different soybean varieties irradiated with gamma rays, a total of seven li...
A new recessive chlorophyll mutant was unexpectedly recovered in an F2 family of A76-518-3 (a homozy...
Plants of the Glycine max Plant Introduction 68,704 characteristically produce flowers that have six...
Two sterile plants were found in a commercial field of soybeans in Ames in 1977. The plants were not...
Seeds set on partially male-sterile plants (see article 2 for a description of the sterility system)...
In 1971, Detroy Green, Department of Agronomy, Iowa State University, found sterile plants in an F4 ...
One of the M4 progenies of PK-71-39 soybean irradiated with 10 Kr gamma rays showed segregation for ...
A new genic male-sterile mutant in soybean was characterized genetically, developmentally, and molec...
Studies on a new spontaneous male-sterile / female-fertile soybean mutant identified by the Embrapa ...
The male-sterile (female-fertile) mutant ms1 is identified by three characteristic features. Kenwort...
Genetic and cytological studies were conducted with a new male-sterile, female-fertile soybean [Glyc...