Add to ORKGIn 1969, Walter Fehr of Iowa State University found a dwarf soybean plant (T263) in an early elite breeding population. Allelism tests have not been conducted with the other dwarfs, df2, df3, and df4. We have used this early elite dwarf mutant in crosses with our trisomics
A single recessive gene designated Jn by Bernard and Weiss (1972) controls the inheritance of the la...
Two non-allelic male-sterile strains each controlled by a single recessive gene, ms1 (Brim and Young...
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 ...
F2 linkage results between Ti and W1, Dt1 and EP are shown in Table 1. F2 linkage results between SP...
In 1969, Walter Fehr of Iowa State University found a dwarf soybean plant (T263) in an early elite b...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
F2 linkage results are presented in Table 1 with a= XY, b = Xy, c = xY, and d = xy for the gene pair...
A dwarf mutation was found in a line derived from radiated \u27Hodgson\u27 grown at the Bruner Farm ...
Segregation for male sterility was observed in an F3 row from the cross of L67-533 (Clark-S, short i...
F2 linkage results are presented in Table 1 with a=XY, b=fy, c=xY, and d = xy for the gene pairs lis...
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...
We reported inheritance studies and linkage tests with T263 (Palmer, 1977), a line carrying a gene f...
F2 linkage results are presented in Table 1 with a= XV, b = Xy, c = xY, and d = xy for the gene pair...
A single recessive gene designated Jn by Bernard and Weiss (1972) controls the inheritance of the la...
Two non-allelic male-sterile strains each controlled by a single recessive gene, ms1 (Brim and Young...
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 ...
F2 linkage results between Ti and W1, Dt1 and EP are shown in Table 1. F2 linkage results between SP...
In 1969, Walter Fehr of Iowa State University found a dwarf soybean plant (T263) in an early elite b...
In 1975 we selected green, partially sterile plants in farmers\u27 fields when the normal plants had...
F2 linkage results are presented in Table 1 with a= XY, b = Xy, c = xY, and d = xy for the gene pair...
A dwarf mutation was found in a line derived from radiated \u27Hodgson\u27 grown at the Bruner Farm ...
Segregation for male sterility was observed in an F3 row from the cross of L67-533 (Clark-S, short i...
F2 linkage results are presented in Table 1 with a=XY, b=fy, c=xY, and d = xy for the gene pairs lis...
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...
We reported inheritance studies and linkage tests with T263 (Palmer, 1977), a line carrying a gene f...
F2 linkage results are presented in Table 1 with a= XV, b = Xy, c = xY, and d = xy for the gene pair...
A single recessive gene designated Jn by Bernard and Weiss (1972) controls the inheritance of the la...
Two non-allelic male-sterile strains each controlled by a single recessive gene, ms1 (Brim and Young...
Seeds set on partially male-sterile plants (see article 2 for a description of the sterility system)...