Improvement of transformation techniques for triticale

植物生物技术的成功对加拿大的重要性最近体现在这样一个事实上，即基因加拿大提出的两个主要战略研究主题都是关于植物生物制品/植物健康的。在这两个主题上取得成果的能力将在很大程度上取决于是否有有效的作物转化议定书。我们正在开发的专利技术大大提高了植物转化的效率。产生转基因植物的主要问题是频繁截断的多个基因拷贝的随机、非精确整合。因此，产生转基因植物的过程既繁琐又昂贵，而且不允许对基因表达进行充分的控制。我们的技术将使基因导入更有效率，并将允许整合多个完整的转基因。利用小黑麦、油菜籽、烟草等植物作为蛋白质生产工厂(生长激素，

The importance of the success of plant biotechnology for Canada was recently reflected by the fact that the only two main strategic research themes that were proposed by Genome Canada were both on plant bioproducts/ plant health. The ability to deliver on both of these themes will largely depend on the availability of effective protocols for transformation of crops. The proprietary technology that we are developing substantially increases the efficiency of transformation in plants. The major problem in generating transgenic plants is the random, non-precise integration of frequently truncated multiple copies of genes. The process of generating transgenic plants is thus tedious, expensive and does not allow adequate control over gene expression. Our technology will make the introduction of genes more efficient and will allow integration of multiple intact transgenes. The use of plants such as triticale, canola, tobacco etc., as factories for protein production (growth hormones,