Genetic identification of a dwarf mutant in cucumber (Cucumis sativus L.)
Ming Xin, Zhiwei Qin, Lei Wang, Tao Wu, Xiuyan Zhou
Abstract
Ming Xin, Zhiwei Qin, Lei Wang, Tao Wu, Xiuyan Zhou
Abstract
The dwarf (compact) plant architecture is an important trait in cucumber (Cucumis sativus L.) breeding. A dwarf type mutant was selected from the cucumbers. The morphological and reproductive characteristics of the dwarf were compared with the vine plants. The dwarf type of cucumbers is characterized by its short internodes, underdeveloped tendril and small flower, while the dwarfs possessed more female flowers, more fruits and shorter growing period than the vine plants. The phenotype of hybridization and genetic analysis indicated that the dwarf plants have a monogenic inheritance, in which the vine genotype is dominant (CP) to the dwarf genotype (cp). Based on cell-size analysis, the microstructure of internodes was recognized. The microscopic observation revealed that this dwarf appearance was the result of cell elongation inhibition.
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The dwarf (compact) plant architecture is an important trait in cucumber (Cucumis sativus L.) breeding. A dwarf type mutant was selected from the cucumbers. The morphological and reproductive characteristics of the dwarf were compared with the vine plants. The dwarf type of cucumbers is characterized by its short internodes, underdeveloped tendril and small flower, while the dwarfs possessed more female flowers, more fruits and shorter growing period than the vine plants. The phenotype of hybridization and genetic analysis indicated that the dwarf plants have a monogenic inheritance, in which the vine genotype is dominant (CP) to the dwarf genotype (cp). Based on cell-size analysis, the microstructure of internodes was recognized. The microscopic observation revealed that this dwarf appearance was the result of cell elongation inhibition.
Key concepts: Cucumis, Plant stem, Biology, Vine, Tendril, Genetic analysis, Botany, Cucurbitaceae