… these metabolic activities with the formation and dismantling of the photosynthetic complexes
… Recently, a set of auxiliary factors were identified to adjust metabolic activities and provide …

… In this study, the photosynthetic correlation index and chlorophyll content under elevated …
In addition, a new gene was identified that was involved in the biosynthesis of chlorophyll and …

… A hexokinase-like protein encoding gene Achka was identified in the cephalosporin producing
strain Acremonium chrysogenum. RT-PCR analysis revealed that Achka contained four …

… By answering these questions, this study aimed to identify the operational approaches to
predict photosynthetic traits using leaf hyperspectral reflectance and understand the linkage …

… they need for physiological metabolism. Plants have therefore … Decreasing leaf chlorophyll
concentration by reducing … , the leaves were dark-adapted for 20 min prior to determination …

… to maximize photosynthetic efficiency due to very high chlorophyll content would …
photosynthetic efficiency [17,18]. A series of genes related to chlorophyll metabolism were identified, …

… , and carbon and nitrogen metabolism of apple seedlings. … Regarding photosynthetic pigments,
the chlorophyll a and b … In this study, we identified a gene encoding a MYC2-like protein. …

… all the identified DEGs, genes correlated to the light-harvesting complex, porphyrin, chlorophyll
metabolism and chlorophyll synthesis were closely correlated to the changes in leaf color …

… acid identity) … photosynthesis-related genes, directly regulates expression of BCM1 in
Arabidopsis, confirming that BCM1 is one of the important machineries regulating photosynthesis …

… contents, chloroplast structures and photosynthetic activities. … and reduced chlorophyll
synthesis in chlorosis leaves, while … In summary, iron was identified as a determinant for leaf …