Cucumis melo

study on chromosome unstability in tissue culture of cucumis melo var inodorous

白兰瓜组织培养中染色体不稳定性的研究

High Effective System Establishment of Regeneration in Vitro from Cotyledon Nodes of Cucumis melo L.

与甜瓜子叶节培养高效再生体系建立>>相似的文献.

primary study on transforming cucumis melo var.i with acc-deaminase gene

ACC脱氨酶基因转化白兰瓜的初步研究

Construction of a Plant Expression Vector with Melon ACO1 Antisense Gene and Transformation of Cucumis Melo 'GT-1'

甜瓜ACC氧化酶反义基因植物表达载体的构建及其转化甜瓜品种‘GT-1’的研究

Cotyledons of Cucumis melo var.I were transformed with Agrobacterium tumefaciens ( LBA4404) carrying ACC deaminase gene and Kanamycin resistant gene ( Npt ⅱ, as report gene). Some regenerated Kanamycin resistant seedlings were obtained.

用带有ACC脱氨酶基因和卡那霉素抗性基因（Npt，作为报告基因）的工程根癌农杆菌转化白兰瓜子叶，通过组织培养，得到具有卡那霉素（Km）抗性的再生小苗。

The aim of the study is to transfer the Cucumis melo GT-1 with a Cucumis melo ACO1 antisense gene and obtain transgenic plants to improve its quality for store and transport.

本研究拟通过反义RNA技术获得转反义ACC氧化酶基因甜瓜植株，以期获得耐贮藏的甜瓜新种质。