@article{oai:repo.qst.go.jp:00080438,
 author = {Nonoka, Sato (東京理科大) and Miho, Kihira (東京理科大) and Ryoko, Matsushita (東京理科大) and Chihiro, Kaneko (東京理科大) and Yohei, Ishii (東京理科大) and Yin, Yonggen and Kawachi, Naoki and Hiroshi, Teramura (東京理科大) and Hiroaki, Kusano (東京理科大) and Hiroaki, Shimada (東京理科大) and Yin, Yonggen and Naoki, Kawachi},
 issue = {12},
 journal = {Bioscience, Biotechnology, and Biochemistry},
 month = {Sep},
 note = {Arabidopsis thaliana FLL2, a member of the FLO2 gene family, is expressed specifically in green leaves. The fll2 mutant showed significantly large rosette leaves and reduced the chlorophyll content. The sucrose content was significantly reduced. The glucose content was higher during the vegetative growth stage but decreased during the early reproductive growth stage. The amount of assimilated starch was lower than that in the wild type plant. The expression levels of genes involved in biosynthesis of sucrose and starch were largely altered. These results suggest that, in the fll2 mutant, a small amount of photosynthetic products was used for the biosynthesis of starch, and the products were supplied to promote intracellular growth of the source organs or for transport to the sink organs. These findings suggest that FLL2 is a factor affecting the expression level of genes involved in sugar metabolism, whose mutation caused a change in the assimilated products.},
 pages = {2466--2475},
 title = {AtFLL2, a member of the FLO2 gene family, affects the enlargement of leaves at the vegetative stage and facilitates the regulation of carbon metabolism and flow},
 volume = {84},
 year = {2020}
}