… as leaf yellowing and nutrient loss in vegetable crops. Thus, studying leaf senescence will
not … may provide means to control leaf senescence to improve agricultural traits of crop plants. …

… of the leaf senescence program. … on leaf senescence as a form of programmed cell death
(PCD), a genetically controlled system of self-destruction. At the cellular level, the senescence …

A review of: factors influencing the initiation of senescence; of genetic induction, reversibility
of senescence, and identity of the primary indices of senescence; and of the consequences …

… in the regulatory program through the control of SAG expression in leaf senescence. A
process as complex as leaf senescence can be better understood in the context of molecular …

… in leaf senescence. The application of molecular biology techniques to the study of leaf
senescence … since the isolation and characterization of senescence-related genes and mutants …

… Leaf senescence is a type of postmitotic senescence. The onset and progression of leaf
senescence … , and pathogen infection can induce senescence. Perception of signals often leads …

… In this review, different classe,-; of senescence-related genes are defined and progress …
to cause leaf senescence is considered and various models for the mechanism of senescence …

… Senescence also contributes to the postharvest loss of vegetable crops. Therefore, studying
leaf senescence … also lead to ways of manipulating senescence for agricultural applications. …

… The onset and progression of leaf senescence are controlled by an array of … leaf senescence,
in dark- and drought-mediated leaf senescence, and in various hormones regulating leaf …

… regulatory mechanisms to manipulate the initiation and progression of leaf senescence… leaf
senescence and discuss recent advances in multi-dimensional regulation of leaf senescence …