Recently, an Albino‐Virescent Leaf peanut plant (Reg. no. GS‐10, PI 693218) (Arachis hypogaea L.) was identified in an F₁₀ advanced breeding line, GA 082524, at the University of Georgia, Gibbs Research Farm in Tifton, GA. GA 082524 was the result of a three‐way cross between ‘Georgia‐02C’ × (‘Georgia‐01R’ × ‘COAN’). Similar to GA 082524, the Albino‐Virescent Leaf peanut genetic stock has high‐oleic acid concentration, as well as root‐knot nematode resistance. The Albino‐Virescent Leaf mutant is essentially albino upon emergence; then following a short lag period, chlorophyll gradually accumulates in older leaves, with new leaves emerging deficient of chlorophyll. Eventually, as the plant matures and new leaves are no longer added, the plant appears entirely green and is indistinguishable from a normal green plant. The mutation is controlled by a recessive mutation at a single locus, designated avl, with phenotypic segregation following a 3 normal:1 Albino‐Virescent Leaf pattern (p = .95) when crossed to a normal green genotype. The Albino‐Virescent Leaf mutant described here represents a presumably unique spontaneous mutation that has not been released previously to the public.

中文翻译：

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白化病叶花生遗传资源的登记

最近，在F _10中发现了一种白化病叶片花生植物（注册号GS-10，PI 693218）（花生）。佐治亚大学蒂夫顿吉布斯研究农场的高级育种系GA 082524。GA 082524是“ Georgia-02C”×（“ Georgia-01R”ד COAN”）之间三元杂交的结果。与GA 082524相似，白化病叶花生遗传资源具有较高的油酸浓度以及对根结线虫的抗性。白化病-绿叶突变体在出现时本质上是白化病。然后经过短暂的滞后期，叶绿素逐渐累积在老叶中，而新叶出现了叶绿素不足。最终，随着植物的成熟和不再添加新叶，该植物看起来完全是绿色的，与普通的绿色植物没有区别。该突变由单个位点的隐性突变控制，称为avl，其表型隔离遵循以下3种正常：1 与正常的绿色基因型杂交时，白化-绿叶模式（p = .95）。这里描述的白化病-绿叶突变体代表了一个大概独特的自发突变，该突变先前尚未向公众发布。