水稻早衰叶突变体PLS2的遗传分析与基因定位
张涛1,2,#cod#x0002A;, 孙玉莹3,#cod#x0002A;, 郑建敏4,#cod#x0002A;, 程治军3, 蒋开锋1,2, 杨莉1,2, 曹应江1,2, 游书梅1,2, 万建民3, 郑家奎1,2,5,#cod#x0002A;

Genetic Analysis and Fine Mapping of a Premature Leaf Senescence Mutant in Rice (Orzya sativaL.)
ZHANG Tao1,2,#cod#x0002A;#cod#x0002A;, SUN Yu-Ying3,#cod#x0002A;#cod#x0002A;, ZHENG Jian-Min4,#cod#x0002A;#cod#x0002A;, CHENG Zhi-Jun3, JIANG Kai-Feng1,2, YANG Li1,2, CAO Ying-Jiang1,2, YOU Shu-Mei1,2, WAN Jian-Min3, ZHENG Jia-Kui1,2,5,#cod#x0002A;
图3 生长4周的野生型泸恢H103与突变体PLS2在持续黑暗下的叶绿体降解情况 上排为野生型叶绿体在黑暗处理前A、第2天B、第4天C和第6天D的降解情况, 下排为突变体叶绿体在黑暗处理前E、第2天F、第4天G和第6天H的降解情况。
Fig. 3 Chloroplast degradation of wide type Luhui H103 and mutant PLS2 leaves in continuous dark treatment A: WT before the treatment; B: WT in the second day of the treatment; C: WT in the fourth day of the treatment; D: WT in the sixth day of the treatment; E: PLS2 before the treatment; F: PLS2 in the second day of the treatment; G: PLS2 in the fourth day of the treatment; H: PLS2 in the sixth day of the treatment.