… most important genes involved in nitrogen remobilization to the seeds and in leaf senescence
can be discovered rapidly. The cloning of leaf senescence QTLs in Arabidopsis and the …

Leaf senescence, a type of programmed cell death, is a complex and highly regulated process
that involves the degradation of macromolecules, including proteins, nucleic acids, and …

… of remobilization associated with sequential leaf senescence in … of leaf senescence
progression (SAG12/Cab), the first part will depict the phenomenon of sequential leaf senescence …

… In this study, with the extension of leaf senescence duration, the leaf N remobilization … leaf
senescence duration was a critical indicator to enhance nutrient remobilization from leaves …

… between N accumulation in plant components (leaf lamina, stem-and-leaf-sheath and ear)
at anthesis and N remobilization and flag-leaf senescence, grain yield and grain N%. …

… Nitrogen remobilization efficiency in vegetative tissue was higher in senescent hybrids ZD120
than ND108. … Nitrogen remobilization efficiency from vegetative tissue was higher in the …

… Leaf senescence has an important role in the plant's nitrogen economy. Chlorophyll
catabolism is a visible symptom of protein mobilization. Genetic and environmental factors that …

… in other plant species and if N remobilization depends on leaf aging and leaf-yellowing
severity. To determine if total N export is correlated with leaf senescence and/or N remobilization …

… An overall examination of the physiological, metabolic and genetic aspects of nitrogen
remobilisation is presented. Plant … Leaf longevity is directly linked to leaf senescence. The delayed …

… whether the different plant species remobilize minerals differently. In order to do so, the
apparent remobilization was quantified during the leaf senescence in eight plant species. They …