非同源染色体间带型各不相同，某些染色体具有易于识别，特征性较强的A型带标记。
All of the experimental materials had characteristics of a type banding patterns which could be recognized easily in some chromosome pairs.
初步认为，次级联会产生的原因是非同源染色体之间的同祖关系。赖草染色体组J、N可能来自同一原始染色体组X。
The result showed that the secondary assocition originated from homoeology between J and N possibly originated from same genome X.
结果获得了经非同源重组整合到酵母染色体上的能有效利用甲醇作为唯一碳源的PMD11和PMD16转化株。
Results the PMD11 and PMD16 transformants were obtained, capable of metabolizing methanol as sole carbon resource through non homologous integration into the yeast chromosome.
结果获得了经非同源重组整合到酵母染色体上的能有效利用甲醇作为唯一碳源的PMD11和PMD16转化株。
Results the PMD11 and PMD16 transformants were obtained, capable of metabolizing methanol as sole carbon resource through non homologous integration into the yeast chromosome.
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