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Plasma membrane-localized SlSWEET7a and SlSWEET14 regulate sugar transport and storage in tomato fruits

机译:血浆膜局部化SLSweet7a和Slsweet14调节糖类运输和储存在番茄水果中

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摘要

a At the transcript level, SlSWEET genes were found to exist as 29 different members in Micro-Tom mature green (MG) fruits. b, c Relative expression of SlSWEET7a and SlSWEET14 during fruit development in Micro-Tom. BC2d, 2 days before flowering; AF0d flowering, AF2d 2 days after flowering, AF7d 7 days after flowering, AF14d 14 days after flowering, AF21d 21 days after flowering, MG mature green, BC breaking color, RR red ripe. d, e Gene expression of SlSWEET7a and SlSWEET14 in different tissues during fruit development in Micro-Tom. Different tissues such as the peduncles, sepals, total pericarp (including pulp and pericarp), placentas, vascular bundles, and septa were investigated during the MG, BC, and RR stages. The data are shown as the means ± SDs of three independently biological replicates
机译:在转录物水平上,发现Slsweet基因存在于微汤姆成熟绿色(Mg)果实中存在29种不同的成员。 B,C的微米果实开发期间SLSweet7a和Slsweet14的相对表达。 BC2D,开花前2天; AF0D开花,AF2D开花2天后,AF7D开花7天后,AF14D开花后14天开花,AF21D开花后21天开花,MG成熟绿色,BC打破颜色,RR红成熟。微米果实发育过程中不同组织中Slsweet7a和Slsweet14的e基因表达。在MG,BC和RR阶段,研究了不同组织,例如花序梗,萼片,总果皮,胎儿,血管束和隔膜,胎盘,血管束和隔膜。数据显示为三个独立生物重复的平均值±SDS

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