Add to ORKGThe male sterile maintainer line, N69-2774, segregates 1:1 for fertility and sterility (Brim and Young, 1972). The fertile and sterile siblings are indistinguishable, except for pollen grain morphology, until the onset of maturity. For controlled hybridization the phenotypic similarity is an obstacle
We conducted tests in the summers of 1981 and 1982 to determine seed set on the maturity group 3 cul...
Segregation for male sterility was observed in an F3 row from the cross of L67-533 (Clark-S, short i...
Two sterile plants were found in a commercial field of soybeans in Ames in 1977. The plants were not...
The male sterile maintainer line, N69-2774, segregates 1:1 for fertility and sterility (Brim and You...
In soybeans, there are at least four recessive genes (ms1, ms2, ms3, ms4) that impart unconditional ...
Singh et al. (1974) reported the inheritance as well as the pollen behaviour of 3 male-sterile lines...
The effective use of genetic male sterility in soybeans requires controlled pollen movement. Soybean...
The male-sterile (female-fertile) mutant ms1 is identified by three characteristic features. Kenwort...
The production of hybrid soybean will require the discovery of F1 heterosis of a magnitude that prov...
The synthesis of random-mating soybean populations and their use in recurrent selection programs was...
In the M2 populations of different soybean varieties irradiated with gamma rays, a total of seven li...
Ethidium bromide (EB), an acridine compound which binds to nucleic acids, has been used as a mutagen...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
General characters associated with the soybean male-sterile msl gene have been described in a previo...
Seed set on male-sterile plants is of general interest to geneticists. For the quantitative genetici...
We conducted tests in the summers of 1981 and 1982 to determine seed set on the maturity group 3 cul...
Segregation for male sterility was observed in an F3 row from the cross of L67-533 (Clark-S, short i...
Two sterile plants were found in a commercial field of soybeans in Ames in 1977. The plants were not...
The male sterile maintainer line, N69-2774, segregates 1:1 for fertility and sterility (Brim and You...
In soybeans, there are at least four recessive genes (ms1, ms2, ms3, ms4) that impart unconditional ...
Singh et al. (1974) reported the inheritance as well as the pollen behaviour of 3 male-sterile lines...
The effective use of genetic male sterility in soybeans requires controlled pollen movement. Soybean...
The male-sterile (female-fertile) mutant ms1 is identified by three characteristic features. Kenwort...
The production of hybrid soybean will require the discovery of F1 heterosis of a magnitude that prov...
The synthesis of random-mating soybean populations and their use in recurrent selection programs was...
In the M2 populations of different soybean varieties irradiated with gamma rays, a total of seven li...
Ethidium bromide (EB), an acridine compound which binds to nucleic acids, has been used as a mutagen...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
General characters associated with the soybean male-sterile msl gene have been described in a previo...
Seed set on male-sterile plants is of general interest to geneticists. For the quantitative genetici...
We conducted tests in the summers of 1981 and 1982 to determine seed set on the maturity group 3 cul...
Segregation for male sterility was observed in an F3 row from the cross of L67-533 (Clark-S, short i...
Two sterile plants were found in a commercial field of soybeans in Ames in 1977. The plants were not...