The fact that ms1ms1 plants in maturity ranges I to V were producing haploids, triploids, and even higher ploidy levels along with the predominant normal diploids, indicated the female gametophyte was at least occasionally functioning abnormally. Histological sections of 92 male sterile pistils from plants about Groups III and IV, indicated only about 28% of the ovules had a normal embryo sac, by our interpretation. The remainder most commonly had extra nuclei in the regions of the secondary nucleus (endosperm mother cell) and/or the egg apparatus
The production of hybrid soybean will require the discovery of F1 heterosis of a magnitude that prov...
In soybeans, there are at least four recessive genes (ms1, ms2, ms3, ms4) that impart unconditional ...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
Male sterility gene ms 1 from North Carolina was transferred to maturity groups I, II, and III over ...
Several reports of polyembryony and polyploidy in the progeny of ms1 male-sterile soybeans have been...
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...
The male-sterile (female-fertile) mutant ms1 is identified by three characteristic features. Kenwort...
Haploids are being isolated annually among individuals obtained from polyembryonic seeds associated ...
Seeds set on partially male-sterile plants (see article 2 for a description of the sterility system)...
A procedure for aseptically culturing immature soybean cotyledons has been developed to study the sy...
One of the M4 progenies of PK-71-39 soybean irradiated with 10 Kr gamma rays showed segregation for ...
Singh et al. (1974) reported the inheritance as well as the pollen behaviour of 3 male-sterile lines...
Two sterile plants were found in a commercial field of soybeans in Ames in 1977. The plants were not...
Introduction: A potential application of plant cell and tissue culture to plant improvement is likel...
The production of hybrid soybean will require the discovery of F1 heterosis of a magnitude that prov...
In soybeans, there are at least four recessive genes (ms1, ms2, ms3, ms4) that impart unconditional ...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
Male sterility gene ms 1 from North Carolina was transferred to maturity groups I, II, and III over ...
Several reports of polyembryony and polyploidy in the progeny of ms1 male-sterile soybeans have been...
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...
The male-sterile (female-fertile) mutant ms1 is identified by three characteristic features. Kenwort...
Haploids are being isolated annually among individuals obtained from polyembryonic seeds associated ...
Seeds set on partially male-sterile plants (see article 2 for a description of the sterility system)...
A procedure for aseptically culturing immature soybean cotyledons has been developed to study the sy...
One of the M4 progenies of PK-71-39 soybean irradiated with 10 Kr gamma rays showed segregation for ...
Singh et al. (1974) reported the inheritance as well as the pollen behaviour of 3 male-sterile lines...
Two sterile plants were found in a commercial field of soybeans in Ames in 1977. The plants were not...
Introduction: A potential application of plant cell and tissue culture to plant improvement is likel...
The production of hybrid soybean will require the discovery of F1 heterosis of a magnitude that prov...
In soybeans, there are at least four recessive genes (ms1, ms2, ms3, ms4) that impart unconditional ...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...