Search results You are only searching within this website. To find search results for other University of Bonn websites, such as those of the faculties or institutes, please use a search engine. 4387 items matching your search terms. Filter the results Item type Select All/None AudioCT Collection Event File Folder Fontfamily Icon Image Language Independent Folder Language Root Folder Link Medien-Ordner News Person Business Card Person Business Card Reference Person Register Subsite Template-Folder Tiles-Seite VideourlCT New items since Yesterday Last week Last month Ever Sort by relevance date (newest first) alphabetically PD Dr. Michaela Matthes Located in About us / Latest news / Congratulations to Dr. Michaela Matthes Dr. Michaela Matthes and the Dean of the Faculty of Agricultural, Nutritional and Engineering Sciences Prof. Dr. Heiko Schoof Located in About us / Latest news / Congratulations to Dr. Michaela Matthes PD Dr. Michaela Matthes Located in Über uns / Nachrichten aus dem INRES / Wir gratulieren Dr. Michaela Matthes Dr. Michaela Matthes und der Dekan der Agrar-, Ernährungs- und Ingenieurwissenschaftlichen Fakultät Prof. Dr. Heiko Schoof Located in Über uns / Nachrichten aus dem INRES / Wir gratulieren Dr. Michaela Matthes PD Dr. Michaela Matthes Located in Crop Functional Genomics / News / Congratulations to Dr. Michaela Matthes Dr. Michaela Matthes and the Dean of the Faculty of Agricultural, Nutritional and Engineering Sciences Prof. Dr. Heiko Schoof Located in Crop Functional Genomics / News / Congratulations to Dr. Michaela Matthes 20220121_102419.2.jpg Located in Medien-nawaro 20220714_142854.jpg Located in Medien-nawaro If nitrogen levels in the soil are low, wheat varieties with a favorable NPF2.12 gene variant (left) initiate an important signaling cascade Nitric oxide (NO), an important second messenger, stimulates root growth. This increases the supply of nitrogen and the plant thrives better overall. Without ... Located in About us / Latest news / How plants adapt to nitrogen deficiency Wheat varieties with a specific NPF2.12 gene variant (right) have significantly better root growth at low nitrogen levels in the soil than varieties without this gene variant (left). Located in About us / Latest news / How plants adapt to nitrogen deficiency < Previous 10 items 1 ... 193 194 195 196 197 198 199 ... 439 Next 10 items > UniID Please fill out this field using the example format provided in the placeholder. The phone number will be handled in accordance with GDPR.
