Hughes M A, Stirling J D, Collinge D B
Biochem Genet. 1984 Feb;22(1-2):139-51. doi: 10.1007/BF00499294.
A four generation backcross breeding program was undertaken. Analysis of the levels of cyanoglucoside in Acac progeny shows that the level of cyanoglucoside (linamarin and lotaustralin) is inherited and that part of the inherited variation in cyanoglucoside levels is attributable to the existence of different Ac alleles in the parent plant. In vitro microsomal cyanoglucoside biosynthetic activity was measured in a high-level and a low-level parent plant. There was no evidence for the presence of microsomes with different qualitative properties in the two plants. The Ac locus was shown to segregate independently of the S incompatibility locus.
开展了一个四代回交育种计划。对相思树后代中氰苷水平的分析表明,氰苷(亚麻苦苷和百脉根苷)水平是可遗传的,并且氰苷水平的部分遗传变异可归因于亲本植物中存在不同的Ac等位基因。在高水平和低水平亲本植物中测量了体外微粒体氰苷生物合成活性。没有证据表明这两种植物中存在具有不同定性特性的微粒体。结果表明,Ac基因座与S不亲和基因座独立分离。