When alien DNA inserts into cotton genome in multi-copy manner,several QTL in cotton genome are disrupted,which are called dQTL in this study.Transgenic mutant line is nearisoge nic to its re-cipient which is divergen...When alien DNA inserts into cotton genome in multi-copy manner,several QTL in cotton genome are disrupted,which are called dQTL in this study.Transgenic mutant line is nearisoge nic to its re-cipient which is divergent for the dQTL from remaining QTL.So,a set of data from a transgenic Q TL mutant line produced by Agrobacteriunr mediated transformation,30074,its recipient,their Fi hybrids between them,and three elite lines were analyzed under a modified additive-dominance model with genotype by environment interactions in three different environments to dissect the genetic effect s due to dQ TL fro m the whole genome based genetic effects.展开更多
The quantitative effects of chromium content on continuous cooling transformation （CCT） diagrams of novel air-cooled bainite steels were analyzed using artificial neural network models. The results showed that the c...The quantitative effects of chromium content on continuous cooling transformation （CCT） diagrams of novel air-cooled bainite steels were analyzed using artificial neural network models. The results showed that the chromium may retard the high and medium-temperature martensite transformation.展开更多
文摘When alien DNA inserts into cotton genome in multi-copy manner,several QTL in cotton genome are disrupted,which are called dQTL in this study.Transgenic mutant line is nearisoge nic to its re-cipient which is divergent for the dQTL from remaining QTL.So,a set of data from a transgenic Q TL mutant line produced by Agrobacteriunr mediated transformation,30074,its recipient,their Fi hybrids between them,and three elite lines were analyzed under a modified additive-dominance model with genotype by environment interactions in three different environments to dissect the genetic effect s due to dQ TL fro m the whole genome based genetic effects.
文摘The quantitative effects of chromium content on continuous cooling transformation （CCT） diagrams of novel air-cooled bainite steels were analyzed using artificial neural network models. The results showed that the chromium may retard the high and medium-temperature martensite transformation.
