论文部分内容阅读
日本普利司通公司称,已成功破解橡胶树的基因组序列,并开发技术以降低橡胶树的患病率,提高胶乳的产量和质量。基因组序列包含有关橡胶树的繁殖和生命等重要遗传信息,使用这些数据可以改进育种技术及橡胶树的种植方法。普利司通表示,这项技术能更好地用于植物克隆,这些数据可应用于不同的研究领域,包括发展具有优异抗病性和抗逆性克隆橡胶树。同时,普利司通一直关注橡胶树的白根病问题,白根病困扰东南亚地区超过90%的橡胶树。
Bridgestone Corporation of Japan said it has successfully cracked the genomic sequence of rubber trees and developed techniques to reduce the prevalence of rubber trees and increase the yield and quality of latex. The genomic sequence contains important genetic information about the propagation and life of the rubber tree, which can be used to improve breeding techniques and rubber tree planting methods. Bridgestone said the technology can be better used for plant cloning and these data can be used in a variety of research areas, including the development of clonal rubber trees with excellent disease resistance and resistance. Bridgestone, meanwhile, has been focusing on the white root disease of the rubber tree, which attacks more than 90 percent of rubber trees in Southeast Asia.