Obtainment of molecular markers linked to BYDV resistance of wheat by RAPD

• 作 者: 朱其洪 贾旭 王京兆 李海健 张驰 庄家俊 王斌
• 机 构: State Key Laboratory of Plant Cell and Chromosome Engineering, Institute of Genetics, Chinese Academ
• 出 处: Chinese Science Bulletin
• 发表日期: 1996年01期
• 关键词: wheat yellow transmitting aphid dwarf apparent Wheat chromosome chromosomes crea

Wheat yellow dwarf(WYD) mused by the infection of barley yellow dwarf virus (BYDV) is the main disease of wheat. The yield loss caused by WYD has been estimated at 20％--30％。Three biosystems are associated with WYD: BYDV, vireos-transmitting aphid and wheat host. The creation of BYDV-resistant wheat lines is argued as the most efficient way to control WYD.Though some wheat lines have been reported to show toler-ance, there are few, if any, effective sources resisting to BYDV. In contrast, apparent re-sistances to BYDV have been described in many species of grass, such as Thinopyrum intermedium. Now, the BYDV-resistant genes of Thinopyrum interrnedium have been success-fully transferred to wheat through wide-cross. Using field-investigation to identify whether

Wheat yellow dwarf (WYD) mused by the infection of barley yellow dwarf virus (BYDV) is the main disease of wheat. The yield loss caused by WYD has been estimated at 20% - 30%. Three biosystems are associated with WYD: BYDV, vireos-transmitting aphid and wheat host. The creation of BYDV-resistant wheat lines is argued as the most efficient way to control WYD.Though some wheat lines have been reported to show toler-ance, there now, the BYDV-resistant genes of Thinopyrum interrnedium have been success-fully transferred to wheat through wide-cross. Using field-investigation to identify whether