Negovskiĭ N A, Litvinenko I I
Tsitol Genet. 1976 Nov-Dec;10(6):524-8.
The crossing of sugar beet triploids with triploids (3x X 3x) produced 25.1 +/- 5.16% of aneuploids, the crossing of triploids with tetraploids (3x X 4x) resulted in 17.7 +/- +/- 2.66% of aneuploids, and the crossing of triploids with diploids (3x X 2x) yielded 12.4 +/- 2.36% of aneuploids. In the combinations 3x X 2x and 3x X 4x all the theoretically possible forms of aneuploids were observed. After free pollination of aneuploids with different numbers of chromosomes their progenies comprise 71.4 +/- 2.18% of euploids and 28.6 +/- 3.31% of aneuploids.
甜菜三倍体与三倍体杂交（3x×3x）产生了25.1±5.16%的非整倍体，三倍体与四倍体杂交（3x×4x）产生了17.7±2.66%的非整倍体，三倍体与二倍体杂交（3x×2x）产生了12.4±2.36%的非整倍体。在3x×2x和3x×4x组合中，观察到了所有理论上可能的非整倍体形式。不同染色体数目的非整倍体自由授粉后，其后代中整倍体占71.4±2.18%，非整倍体占28.6±3.31%。
