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在杂交菌株１２ｃｈ的９８９个后代单孢分离株中，Ⅲ型和Ⅳ型分别占总数的１／１６，Ａ型与Ｂ型的比例为１１，气生型与非气生型的比例为１１，正常菌丝类型占总数的１／４．综合比较亲本、配对的单孢菌株以及杂交菌株的酯酶、过氧化物酶和多酚氧化酶的同工酶，结果表明，单孢菌株不一定继承亲本的所有酶带，还可出现亲本所没有的酶带；杂交菌株的酶谱不是两亲本或两配对单孢菌株酶带的简单相加，它会出现新的酶带，这在一定程度上体现了杂种优势；不同杂交部位的分离物以及杂种的组织分离菌株，它们的酶谱结构大体相同，并表现出布勒现象
Among the 989 single-spore isolates of hybrid strain 12ch, type III and type IV accounted for 1/16 of the total, type A and type B ratio was 11, ratio of aerial type to non-aerial type was 11, Normal mycelium type accounted for 1/4 of the total. The isozymes of esterase, peroxidase and polyphenol oxidase of parents, paired monospore and hybrid strains were compared. The results showed that Monosporous strains did not inherit all the parental bands, No enzyme band; hybrid strains of the zymogram is not amphipathic or two pairs of single spore strains of simple addition, it will appear a new enzyme band, which to some extent, reflects the heterosis; different hybridization site isolates And hybrid strains of tissue isolates, their zymogram structure is roughly the same, and show the Buller phenomenon