Coleman E A, Bula R J, Davis R L
Department of Agronomy, Purdue University, Lafayette, Indiana 47907.
Plant Physiol. 1966 Dec;41(10):1681-5. doi: 10.1104/pp.41.10.1681.
Electrophoretic and immunological properties of the soluble root protein complement of 6 Medicago sativa L. genotypes in the cold hardened and non-hardened physiological condition were compared. These 6 genotypes were chosen to represent a range of abilities to survive exposure to subfreezing temperatures when in the cold hardened condition.A zone of highly charged and/or low molecular weight protein components were found to be more prevalent in the protein complements of the cold-hardened material than the non-hardened material.Immunodiffusion plate tests were not so definitive as the electrophoretic patterns for identifying the genotypes or physiological conditions, but did corroborate the electrophoretic interpretations.
比较了6种紫花苜蓿基因型在冷驯化和未冷驯化生理条件下可溶性根蛋白补体的电泳和免疫学特性。选择这6种基因型以代表在冷驯化条件下经受亚冰点温度时的一系列存活能力。发现高电荷和/或低分子量蛋白质组分区域在冷驯化材料的蛋白质补体中比未冷驯化材料中更普遍。免疫扩散平板试验在鉴定基因型或生理条件方面不如电泳图谱明确,但确实证实了电泳解释。