AbstractDuring leaf senescence in Arabidopsis, STAYGREEN 1 (SGR1) and SGR2 regulate chlorophyll degradation positively and negatively, respectively. SGR-LIKE (SGRL) is also expressed in pre-senescing leaves, but its function remains largely unknown. Here we show that under abiotic stress, Arabidopsis plants overexpressing SGRL exhibit early leaf yellowing and sgrl-1 mutants exhibit persistent green color of leaves. Under salt stress, SGR1 and SGRL act synergistically for rapid Chl degradation prior to senescence. Furthermore, SGRL forms homo- and heterodimers with SGR1 and SGR2 in vivo, and interacts with LHCII and chlorophyll catabolic enzymes. The role of SGRL under abiotic stress is discussed
An individually darkened leaf model was used to study protein changes in the <i>Arabidopsis</i> muta...
An individually darkened leaf model was used to study protein changes in the Arabidopsis mutant stay...
An individually darkened leaf model was used to study protein changes in the <i>Arabidopsis</i> muta...
During leaf senescence in Arabidopsis, STAYGREEN 1 (SGR1) and SGR2 regulate chlorophyll degradation ...
During leaf senescence in Arabidopsis, STAYGREEN 1 (SGR1) and SGR2 regulate chlorophyll degradation ...
Chlorophyll (Chl) degradation causes leaf yellowing during senescence or under stress conditions. Fo...
Chlorophyll (Chl) degradation causes leaf yellowing during senescence or under stress conditions. Fo...
The Arabidopsis transcriptional factor NAC016 directly activates chlorophyll degradation during leaf...
This is an open-access article distributed under the terms of the Creative Commons Attribution-NonCo...
Leaf color change through chlorophyll degradation is a characteristic symptom of senescence. Magnesi...
During leaf senescence, plants degrade chlorophyll to colorless linear tetrapyrroles that are store...
Chlorophyll (Chl) is present in many plant organs and plays vital roles during growth and developmen...
Chlorophyll (Chl) is present in many plant organs and plays vital roles during growth and developmen...
The Arabidopsis transcriptional factor NAC016 directly activates chlorophyll degradation during leaf...
Under mild abiotic-stress conditions, Arabidopsis atg mutants showed a functional stay-green phenoty...
An individually darkened leaf model was used to study protein changes in the <i>Arabidopsis</i> muta...
An individually darkened leaf model was used to study protein changes in the Arabidopsis mutant stay...
An individually darkened leaf model was used to study protein changes in the <i>Arabidopsis</i> muta...
During leaf senescence in Arabidopsis, STAYGREEN 1 (SGR1) and SGR2 regulate chlorophyll degradation ...
During leaf senescence in Arabidopsis, STAYGREEN 1 (SGR1) and SGR2 regulate chlorophyll degradation ...
Chlorophyll (Chl) degradation causes leaf yellowing during senescence or under stress conditions. Fo...
Chlorophyll (Chl) degradation causes leaf yellowing during senescence or under stress conditions. Fo...
The Arabidopsis transcriptional factor NAC016 directly activates chlorophyll degradation during leaf...
This is an open-access article distributed under the terms of the Creative Commons Attribution-NonCo...
Leaf color change through chlorophyll degradation is a characteristic symptom of senescence. Magnesi...
During leaf senescence, plants degrade chlorophyll to colorless linear tetrapyrroles that are store...
Chlorophyll (Chl) is present in many plant organs and plays vital roles during growth and developmen...
Chlorophyll (Chl) is present in many plant organs and plays vital roles during growth and developmen...
The Arabidopsis transcriptional factor NAC016 directly activates chlorophyll degradation during leaf...
Under mild abiotic-stress conditions, Arabidopsis atg mutants showed a functional stay-green phenoty...
An individually darkened leaf model was used to study protein changes in the <i>Arabidopsis</i> muta...
An individually darkened leaf model was used to study protein changes in the Arabidopsis mutant stay...
An individually darkened leaf model was used to study protein changes in the <i>Arabidopsis</i> muta...