. Inheritance in maize . , red pericarp and TABLE 26. INHERITANCE OF ROWS IN CROSS (5 X 6). No. Gen. Rows of Parents Row Classes 8 • 10 12 14 16 18 20 22 24 No. 5 flint(2 yrs.)No. 6 dentNo. 5 X 6(5 X 6)-l(5 X 6)-2(5 X 6)-22(5 X 6)-23 PP F2 F2F2 8 18812101012 289 1312 784 2 36 48224525 2 65335153160 3110 92 1 18 51 1 4 182 41 dented seeds (as opposed to flinty seeds) behave as di-hybrids,with so many data that the facts can hardly be have also shown although less conclusively that other redpericarped varieties and other varieties which differ in theirratios of soft to corneous sta
. Inheritance in maize . , red pericarp and TABLE 26. INHERITANCE OF ROWS IN CROSS (5 X 6). No. Gen. Rows of Parents Row Classes 8 • 10 12 14 16 18 20 22 24 No. 5 flint(2 yrs.)No. 6 dentNo. 5 X 6(5 X 6)-l(5 X 6)-2(5 X 6)-22(5 X 6)-23 PP F2 F2F2 8 18812101012 289 1312 784 2 36 48224525 2 65335153160 3110 92 1 18 51 1 4 182 41 dented seeds (as opposed to flinty seeds) behave as di-hybrids,with so many data that the facts can hardly be have also shown although less conclusively that other redpericarped varieties and other varieties which differ in theirratios of soft to corneous starch behave as higher hybrids. It should be clearly understood what this means to Mendeliantheory. Several genes for the same character may exist in thegerm cells of one organism, the number being limited possibly bythe number of chromosomes. The limited number of cases thus * It is probable that the number of internodes per plant is one of thefactors directly concerned in the inheritance of height of plant. PLATE a. F2 dent segregate above (frequency about i in 10). Random sampleof its F3 progenj below.
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