学术详细 FOR RAPID DETECTION OF NEWCASTLE DISEASE VIRUS 参考新城疫病毒融合基因(FUSION GENE, F GENE)序列,设计了2对能够特异性地识别F基因上的6个区域的引物,并以此建立了一种简单、快速、有效的环介导逆
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学术详细 FOR RAPID DETECTION OF NEWCASTLE DISEASE VIRUS 参考新城疫病毒融合基因(FUSION GENE, F GENE)序列,设计了2对能够特异性地识别F基因上的6个区域的引物,并以此建立了一种简单、快速、有效的环介导逆
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fusion protein f gene 融合蛋白f基因
newcastle disease f gene 鸡新城疫f基因
Phycoerythrocyanin operon F gene 藻红蓝蛋白操纵子F基因
e f gene e2f1基因
cyp f gene cyp2f1基因
NDV F Gene 传染性法氏囊病毒VPO基因
the f gene f基因
f gene clone f基因克隆
fusion f gene 融合蛋白基因
Phylogenic tree from 29 strains were draw based on the NDV HN gene (part segment), and the result is similar to that of F gene.
根据29株NDV HN基因部分编码序列绘制NDV系统发育进化树，发现F及HN基因的分型结果大致相同。
The results showed that the disease resistance of F 1 hybrids was continual and had quantitative character inheritance that was controlled by multiple gene.
结果表明，不同组合后代群体的抗性呈连续性分布，表现出多基因控制的数量性状遗传特征。
Here, we reported the structure and function of human cell polarity protein, ASIP, and a new gene, F-lana.
本文报告了两个肿瘤相关基因——人类细胞极性蛋白基因hasip (human atypical PK c isotype specific interacting protein)和新基因f - lana的结构与功能。
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