Ion beams have been utilized for the Mutation Breeding Project of the Forum for Nuclear Cooperation in Asia (FNCA) since 2009. From fiscal year 2013, a new project ‘Mutation Breeding of Rice for Sustainable Agriculture’ for five years has been launched. This new project will contribute to the increase of food production and improvement of food quality in Asian countries by establishing mutant varieties such as high yielding varieties under low input conditions, new varieties tolerant to diseases, droughts, and other climate changes, according to participating country’s demands by using gamma rays or ion beams. In Bangladesh, BINA dhan-14, showing early maturing and high yielding, got official approval for releasing. BINA dhan-14 was cultiva...
In the Mediterranean basin, the limited availability of rice genetic resources restricts the success...
Mutation breeding offers a simple, fast and efficient way to rectify major defects without altering ...
アジア原子力協力フォーラム(FNCA)の放射線育種プロジェクト「持続可能な農業のためのイネの突然変異育種」において、TIARAのイオビームを用いた各国での有用品種育成に協力した。バングラデシュでは早生...
The Forum for Nuclear Cooperation in Asia (FNCA) is a framework for the peaceful use of atomic energ...
To generate rice mutants with valuable phenotype by ion beams, identify causal genes of the mutants,...
Since 2014, we have been involved in the scientific research program, Cross-ministerial Strategic In...
Ion beam irradiation has emerged as an excellent tool for mutation breeding to produce new promising...
This study aims to obtain the genotype of local Toraja red rice M2 mutants that have the potential t...
Rice, Oryzasativa, is one of the most important food crops all over the world. Application of ion be...
The carbon ion-beam has emerged as a novel physical mutagen for creating genetic variability and cro...
We have developed a unique technology for mutation induction of plants using energetic ...
This study aims to obtain the genotype of local Toraja red rice M2 mutants that have the potential t...
This study aims to obtain the genotype of local Toraja red rice M2 mutants that have the potential t...
Our institute has launched the research on the biological effects of ion beams and the utilization f...
Rice mutation breeding can be considered especially success-ful in obtaining new cultivars and broad...
In the Mediterranean basin, the limited availability of rice genetic resources restricts the success...
Mutation breeding offers a simple, fast and efficient way to rectify major defects without altering ...
アジア原子力協力フォーラム(FNCA)の放射線育種プロジェクト「持続可能な農業のためのイネの突然変異育種」において、TIARAのイオビームを用いた各国での有用品種育成に協力した。バングラデシュでは早生...
The Forum for Nuclear Cooperation in Asia (FNCA) is a framework for the peaceful use of atomic energ...
To generate rice mutants with valuable phenotype by ion beams, identify causal genes of the mutants,...
Since 2014, we have been involved in the scientific research program, Cross-ministerial Strategic In...
Ion beam irradiation has emerged as an excellent tool for mutation breeding to produce new promising...
This study aims to obtain the genotype of local Toraja red rice M2 mutants that have the potential t...
Rice, Oryzasativa, is one of the most important food crops all over the world. Application of ion be...
The carbon ion-beam has emerged as a novel physical mutagen for creating genetic variability and cro...
We have developed a unique technology for mutation induction of plants using energetic ...
This study aims to obtain the genotype of local Toraja red rice M2 mutants that have the potential t...
This study aims to obtain the genotype of local Toraja red rice M2 mutants that have the potential t...
Our institute has launched the research on the biological effects of ion beams and the utilization f...
Rice mutation breeding can be considered especially success-ful in obtaining new cultivars and broad...
In the Mediterranean basin, the limited availability of rice genetic resources restricts the success...
Mutation breeding offers a simple, fast and efficient way to rectify major defects without altering ...
アジア原子力協力フォーラム(FNCA)の放射線育種プロジェクト「持続可能な農業のためのイネの突然変異育種」において、TIARAのイオビームを用いた各国での有用品種育成に協力した。バングラデシュでは早生...