… associated genes identified from various plants includes genes involved in synthesis of …
of detached rice leaf senescence, which proceeds by chlorophyll degradation. But various …

… The rationale is that reaction components essential for photosynthesis (such as the reaction
centers of PS I and PS II, electron carriers and enzymes related to ATP synthesis and CO2 …

… Senescence is accompanied by a decline of chlorophyll, modifications of the photosynthetic
… If the synthesis rate of the PetD protein is low in senescing leaves, this could explain the …

… We have examined the changes in a number of photosynthetic characteristics from leaves
of Platanus occidentalis during the natural course of autumnal senescence to evaluate the …

… Cytokinins supplied after the commencement of the final phase of protein synthesis have
little effect upon chlorophyll retention but, if given immediately before or after excision, are able …

… during leaf senescence and it … synthesized during senescence for the purpose of Chl
breakdown, since a gene with high homology to Fd I has been cloned from senescent maize leaves …

… pendula turn red during senescence (Archetti 2009b), probably due to the accumulation of …
how the chlorophyll content of an individual leaf behaves during autumn senescence both on …

… with leaf senescence of deciduous trees is autumnal leaf coloration… Carotenoids, together
with newly synthesized red … specifically synthesized or activated during senescence could be …

… the chlorophyll breakdown pathway, it is necessary to describe the two chlorophyll species
synthesized … All land plants synthesize chlorophyll a and chlorophyll b. The former contains a …

… of heat-induced leaf senescence in hybrids of colonial … leaf chlorophyll during heat-induced
leaf senescence was due to suppressed chlorophyll synthesis and/or accelerated chlorophyll …