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Inheritance of red flower color was investigated in crosses using Lamprecht's lines M0169 and M0056, which are derived from  Phaseolus coccineus  L., and Univ. of Florida  P. vulgaris  L. breeding line 5-593. Based on segregation in the F 2 populations from 5-593 × M0169 and 5-593 × M0056, we hypothesize that the genotypes for flower colors are  sal/sal V/V  for 5-593 and  Sal/Sal v/v  for M0169 and M0056. The backcross 5-593 × F, (5-593 × M0056) segregated for four flower colors in about equal frequencies, and F 2 , F 3 , and F 4 progeny tests of the backcross plants provided confirmation of all the genotypes in the digenic model. The two recombinant true-breeding colors/genotypes were white  (sal/sal v/v)  and china rose  (Sal/Sal V/V) . We hypothesize that the large deficiency of plants carrying the  Sal  allele in segregating populations is due to a gametophyte factor linked to  Sal . We propose the gene symbol  Ga  for the gametophyte factor locus, which achieves complete selection for pollen carrying  Ga  on female plants carrying  Ga , i.e., no pollen carrying  ga  achieves fertilization. The linkage between  Ga  and the marker locus  Sal is  17 CM (centiMorgan).

Flower Colors in Common Bean Produced by Interactions of the Sal and V Loci and a Gametophyte Factor Ga Linked to Sal