Departments of Genetics and Horticulture, University of Wisconsin, Madison, Wisconsin, USA.
Theor Appl Genet. 1977 Jan;50(1):53-6. doi: 10.1007/BF00273799.
Stamen culture of several Solanum species and interspecific hybrids was performed and each stamen was scored for presence and origin of callus. Each species and hybrid has a characteristic callus growth pattern - either no growth (0), callus growth from the filament (F), or callus growth from the anther (A). Characteristic growth types of the interspecific hybrids indicate that callus growth takes precedence over no growth. Hybrids between F and A species exhibit mainly paternal passage of either characteristic callus type. Possible explanations for this pattern of inheritance are male plastome factors or imprinting of paternal genes. The latter explanation is presently preferred.
对几个茄属物种和种间杂种的雄蕊进行了培养,并对每个雄蕊的愈伤组织的存在和来源进行了评分。每个物种和杂种都有一个特征性的愈伤组织生长模式——无生长(0)、来自花丝的愈伤组织生长(F)或来自花药的愈伤组织生长(A)。种间杂种的特征性生长类型表明,愈伤组织的生长优先于无生长。F 型和 A 型物种之间的杂种主要表现为特征性愈伤组织类型的父本传递。对这种遗传模式的可能解释是雄性质体因素或父本基因的印迹。目前更倾向于后一种解释。