Skip to content

Topics: Agriculture, fishing

First report of quantitative analysis on the number of strawberry powdery mildew conidia produced in a lifetime -- Hopes of suppressing powdery mildew fungi without over-reliance on agricultural chemicals -- Kindai University

First report of quantitative analysis on the number of strawberry powdery mildew conidia produced in a lifetime -- Hopes of suppressing powdery mildew fungi without over-reliance on agricultural chemicals -- Kindai University

- Analyzed the number of progeny conidia dispersed in a lifetime from a single strawberry powdery mildew colony - Revealed that the releases of progeny conidia from the colonies are affected by the day length and light intensity - These results could connect to a new method of disease controls that are independent of agricultural chemicals

Finding the source of pathogen infectivity in rice to reveal the mechanism of induction of immunity:A new insight into the development of disease-resistant plants -- Kindai University

Finding the source of pathogen infectivity in rice to reveal the mechanism of induction of immunity:A new insight into the development of disease-resistant plants -- Kindai University

Discovered a transcription factor called “OsERF101” that plays an important role in rice immunity Elucidated the mechanism by which rice pathogen recognition receptor activates immunity by recognizing the most important virulence factors of the pathogens. Expected that this research will contribute to a new development of disease-resistant plants.

Welcome to Japan University News!

“Japan University News” is an English-language news portal that provides an outlet for the latest news of Japanese Universities for a global audience. It provides an overview of the unique culture, prominent research and contributions to the global society of Japanese Universities for international media, stakeholders and other interested parties.

Japan University News
Japan University News