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4篇 您的检索式:作者名="ZENG Chengkui"
    题名 作者 年代 出处 被引量
1Cloning and sequence analysis of the partial sequence of the rbcL from Bryopsis hypnoides显示文摘The partial sequence of the rbcL from Bryopsis hypnoides, including the sequences of the upstream, extron and partial intron, was amplified by PCR and their sequences were determined. With Spinacia oleracea as the outgroup, neighbor-joining method and maximum parsimony method were used respectively to build phylogenetic trees according to the rbcL exon sequence among 13 species that were the typical species of six phyla. Two kinds of trees showed clearly that there were two groups among those species, the green lineage and the non-green lineage. And the relationships of algae in the green lineage were similar in the two trees but those in the non-green lineage were not consistent. Analysis of codon preference indicated that the codon preference of the rbcL exon of Bryopsis hypnoides distinctly differed from that of the relevant sequence of photosynthetic bacteria.TIAN Chao WANG Guangce YE Naihao ZHANG Baoyu FAN Xiaolei ZENG Chengkui 2005Acta Oceanologica Sinica2005,24,5:2
2Effects of nitrogen source and concentration on growth rate and fatty acid composition of Ellipsoidion sp. (Eustigmatophyta)显示文摘Nianjun Xu Xuecheng Zhang Xiao Fan Lijun Han Chengkui Zeng 2001Journal of Applied Phycology2001,,6:1
3Effects of nitrogen source and concentration on growth rate and fatty acid composition of Ellipsoidion sp. (Eustigmatophyta)显示文摘Nianjun Xu Xuecheng Zhang Xiao Fan Lijun Han Chengkui Zeng 2001Journal of Applied Phycology2001,,6:1
4Excitation energy distribution between two photosystems in Porphyra yezoensis and its significance in photosynthesis evolution显示文摘Comparative investigation on energy distribution between two photosystems were carried out in the sporo-phytes and gametophytes of Porphyra yezoensis. By performing 77 K fluorescence spectra, we suggested that there probably existed a pathway for energy transfer from PS II to PS I to redistribute the absorbed energy in gametophytes, while no such a way or at minor level in sporophytes. Electron transfer inhibitor DCMU blocked the energy transfer from PS II to PS I in gametophytes, but no obvious effects on sporophytes. These indicated that excitation energy distribution between two photosystems in gametophytes was more cooperative than that in sporophytes. These data in ontogenesis reflected the evolution process of photosynthetic organisms and supported the hypothesis of independent evolution of each photosystem.PAN Jie SHI Dingji CHEN Jianxin PENG Guohong ZENG Chengkui ZHANG Qiyuan 2001Chinese Science Bulletin2001,46,1:0
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