… In this study, we isolated a rice Chl-deficient mutant, yellow-green leaf1 (ygl1). The mutant
… This study reports the identification of the first mutant of the last step of Chl biosynthesis in …

… of flowering in rice have been revealed. However, its involvement in regulating rice chlorophyll
(Chl) synthesis is not fully explored. In this study, we isolated a rice mutant named yellow-…

… Conclusion: This study reported the mechanisms underlying the different Chl a/b ratios in
wildtype rice and Chl b-lacking mutant (ch1) rice. Lower Chl content and abnormal chloroplasts …

… Here, we describe the enhanced Chl content was caused by a mutation in the rice homolog
… in this report, mutations in OsDET1 increases Chl contents in rice. The rice genome was …

… This study reported the photosynthetic properties and transcriptomic profiles of
chlorophyll (Chl) b-deficient mutant (ch11) and wild-type rice (Oryza sativa L.). Chl b-deficient …

… This study initially focused on the isolation of such mutants. Here, we describe some of the
characteristics of the new rice mutants isolated. The results suggest that hydrogenation of the …

… In this study, the rice mutant tcm12, with chlorosis, … Chlorophyll fluorescence analysis and
transmission electron microscopy were used to examine features of the tcm12 mutant. The …

… -green leaf mutant (ygl1) of rice were … mutant leaves compared with the wild-type rice (WT).
As leaves matured, more grana stacks formed concurrently with increasing leaf chlorophyll (…

… However, we had reported a rice Gc mutant (… biosynthesis characteristics, Chl fluorescence,
chloroplast ultrastructure, expression of genes and proteins responsible for Chl biosynthesis, …

… leaf mutant (lyl1) from the progeny of a japonica rice ZH11 … the lyl1 mutant phenotype was
caused by a point mutation in the … -green leaf mutant 502ys from a japonica rice Nipponbare …