IMP has established an industrial chain based on circular economy to develop various biological products and nice feed for cattle since 2010. So far, the planting scale of sweet sorghum has been nearly to 1 million Ch...IMP has established an industrial chain based on circular economy to develop various biological products and nice feed for cattle since 2010. So far, the planting scale of sweet sorghum has been nearly to 1 million Chinese mu in Gansu Province. According to developmental plan of sweet sorghum industrialization in local government, sweet sorghum will be planted to 5 million mu in Gansu Province in 2020, forming the circular economy industrial chain valued as hundred billion yuan. In 2015, IMP received an award named Innovation Award of Industry University Research Cooperation in China for their promoted progress of Sweet sorghum industrial chain.展开更多
Sweet sorghum [Sorghum bicolor(L.)Moench] is a C4 plant characterized by a high photosynthetic efficiency and a high biomass- and sugar-yielding crop[1]. Therefore, sweet sorghum has the potential of becoming a useful...Sweet sorghum [Sorghum bicolor(L.)Moench] is a C4 plant characterized by a high photosynthetic efficiency and a high biomass- and sugar-yielding crop[1]. Therefore, sweet sorghum has the potential of becoming a useful energy crop[2]. However, the raw materials of high quality are the focus and key point of sweet sorghum industrialization, which the scarcity of excellent varieties of sweet sorghum inhibits sustainable development of sweet sorghum industrialization. The Institute of Modern Physics (IMP), Chinese Academy of Sciences has established industrial chain based on circular economic to develop yeast products and good fodder for sweet sorghum since 2006. To date, many progresses have been made in recent years.展开更多
Arabidopsis thaliana is one of the most commonly used model plants due to its short life cycle and concise genome.As a novel physical mutagen, heavy ion beams have been widely used in plant breeding. The most signific...Arabidopsis thaliana is one of the most commonly used model plants due to its short life cycle and concise genome.As a novel physical mutagen, heavy ion beams have been widely used in plant breeding. The most significant advantages of heavy ion beams are the higher linear energy transfer (LET) and relative biological effectiveness (RBE), inducing a broad spectrum of mutation phenotypes even at low irradiation[1]. In order to investigate the effects on DNA behavior of Arabidopsis thaliana mutants induced by carbon ion irradiations, inter-simple sequence repeat (ISSR), a DNA-based molecular marker technique, was performed to assess the genetic polymorphism.展开更多
文摘IMP has established an industrial chain based on circular economy to develop various biological products and nice feed for cattle since 2010. So far, the planting scale of sweet sorghum has been nearly to 1 million Chinese mu in Gansu Province. According to developmental plan of sweet sorghum industrialization in local government, sweet sorghum will be planted to 5 million mu in Gansu Province in 2020, forming the circular economy industrial chain valued as hundred billion yuan. In 2015, IMP received an award named Innovation Award of Industry University Research Cooperation in China for their promoted progress of Sweet sorghum industrial chain.
文摘Sweet sorghum [Sorghum bicolor(L.)Moench] is a C4 plant characterized by a high photosynthetic efficiency and a high biomass- and sugar-yielding crop[1]. Therefore, sweet sorghum has the potential of becoming a useful energy crop[2]. However, the raw materials of high quality are the focus and key point of sweet sorghum industrialization, which the scarcity of excellent varieties of sweet sorghum inhibits sustainable development of sweet sorghum industrialization. The Institute of Modern Physics (IMP), Chinese Academy of Sciences has established industrial chain based on circular economic to develop yeast products and good fodder for sweet sorghum since 2006. To date, many progresses have been made in recent years.
文摘Arabidopsis thaliana is one of the most commonly used model plants due to its short life cycle and concise genome.As a novel physical mutagen, heavy ion beams have been widely used in plant breeding. The most significant advantages of heavy ion beams are the higher linear energy transfer (LET) and relative biological effectiveness (RBE), inducing a broad spectrum of mutation phenotypes even at low irradiation[1]. In order to investigate the effects on DNA behavior of Arabidopsis thaliana mutants induced by carbon ion irradiations, inter-simple sequence repeat (ISSR), a DNA-based molecular marker technique, was performed to assess the genetic polymorphism.
