In land plants, chlorophyll is broken down to colorless linear tetrapyrroles in a highly conserved multi-step pathway. The pathway is termed the ‘PAO pathway', because the opening of the chlorine macrocycle present in chlorophyll catalyzed by pheophorbide a oxygenase (PAO), the key enzyme of the pathway, provides the characteristic structural basis found in all further downstream chlorophyll breakdown products. To date, most of the biochemical steps of the PAO pathway have been elucidated and genes encoding many of the chlorophyll catabolic enzymes been identified. This review summarizes the current knowledge on the biochemistry of the PAO pathway and provides insight into recent progress made in the field that indicates that the pathway is...
During senescence, chlorophyll (chl) is metabolized to colorless nonfluorescent chl catabolites (NCC...
AbstractChlorophyll breakdown is an important catabolic process of leaf senescence and fruit ripenin...
Colonization of land by green plants (Viridiplantae) some 500 million years ago was made possible by...
AbstractChlorophyll breakdown is an important catabolic process of leaf senescence and fruit ripenin...
Chlorophyll breakdown is one of the most obvious signs of leaf senescence and fruit ripening. The re...
Chlorophyll breakdown is the most obvious sign of leaf senescence and fruit ripening. A multistep pa...
Chlorophyll (chl) catabolism occurs throughout the plant life cycle, in germination, vegetative grow...
Chlorophyll (chl) catabolism occurs throughout the plant life cycle, in germination, vegetative grow...
Chlorophyll catabolism accompanying leaf senescence is one of the most spectacular natural phenomena...
Chlorophyll breakdown is one of the most obvious signs of leaf senescence and fruit ripening. The re...
Chlorophyll catabolism accompanying leaf senescence is one of the most spectacular natural phenomena...
Chlorophyll catabolism accompanying leaf senescence is one of the most spectacular natural phenomena...
Chlorophyll (Chl) breakdown is a diagnostic visual process of leaf senescence, which furnishes phyll...
Chlorophyll (Chl) breakdown is a diagnostic visual process of leaf senescence, which furnishes phyll...
During senescence, chlorophyll (chl) is metabolized to colorless nonfluorescent chl catabolites (NCC...
During senescence, chlorophyll (chl) is metabolized to colorless nonfluorescent chl catabolites (NCC...
AbstractChlorophyll breakdown is an important catabolic process of leaf senescence and fruit ripenin...
Colonization of land by green plants (Viridiplantae) some 500 million years ago was made possible by...
AbstractChlorophyll breakdown is an important catabolic process of leaf senescence and fruit ripenin...
Chlorophyll breakdown is one of the most obvious signs of leaf senescence and fruit ripening. The re...
Chlorophyll breakdown is the most obvious sign of leaf senescence and fruit ripening. A multistep pa...
Chlorophyll (chl) catabolism occurs throughout the plant life cycle, in germination, vegetative grow...
Chlorophyll (chl) catabolism occurs throughout the plant life cycle, in germination, vegetative grow...
Chlorophyll catabolism accompanying leaf senescence is one of the most spectacular natural phenomena...
Chlorophyll breakdown is one of the most obvious signs of leaf senescence and fruit ripening. The re...
Chlorophyll catabolism accompanying leaf senescence is one of the most spectacular natural phenomena...
Chlorophyll catabolism accompanying leaf senescence is one of the most spectacular natural phenomena...
Chlorophyll (Chl) breakdown is a diagnostic visual process of leaf senescence, which furnishes phyll...
Chlorophyll (Chl) breakdown is a diagnostic visual process of leaf senescence, which furnishes phyll...
During senescence, chlorophyll (chl) is metabolized to colorless nonfluorescent chl catabolites (NCC...
During senescence, chlorophyll (chl) is metabolized to colorless nonfluorescent chl catabolites (NCC...
AbstractChlorophyll breakdown is an important catabolic process of leaf senescence and fruit ripenin...
Colonization of land by green plants (Viridiplantae) some 500 million years ago was made possible by...