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Hijioka Masanori Ikemoto Yusuke Fukao Kosuke Inoue Takeshi Kobayakawa Tatsuki Nishimura Kaneyasu Takata Kazuyuki Agata Kiyokazu Kitamura Yoshihisa 《Neurochemical research》2022,47(9):2558-2567
Neurochemical Research - Planarian Dugesia japonica is a flatworm that can autonomously regenerate its own body after an artificial amputation. A recent report showed the role of the... 相似文献
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Yu Chengchen Wu Minglin Jiang Yuchen Xu Xiaoyan Li Jiale Shen Yubang 《Marine biotechnology (New York, N.Y.)》2023,25(4):557-566
Marine Biotechnology - Grass carp (Ctenopharyngodon idella) is one of the most economically important fish in China, and its production is commonly lost due to GCRV infection. To understand the... 相似文献
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Antonio Mu?oz-Mérida Juan José González-Plaza Andrés Ca?ada Ana María Blanco Maria del Carmen García-López José Manuel Rodríguez Laia Pedrola M. Dolores Sicardo M. Luisa Hernández Raúl De la Rosa Angjelina Belaj Mayte Gil-Borja Francisco Luque José Manuel Martínez-Rivas David G. Pisano Oswaldo Trelles Victoriano Valpuesta Carmen R. Beuzón 《DNA research》2013,20(1):93-108
Olive breeding programmes are focused on selecting for traits as short juvenile period, plant architecture suited for mechanical harvest, or oil characteristics, including fatty acid composition, phenolic, and volatile compounds to suit new markets. Understanding the molecular basis of these characteristics and improving the efficiency of such breeding programmes require the development of genomic information and tools. However, despite its economic relevance, genomic information on olive or closely related species is still scarce. We have applied Sanger and 454 pyrosequencing technologies to generate close to 2 million reads from 12 cDNA libraries obtained from the Picual, Arbequina, and Lechin de Sevilla cultivars and seedlings from a segregating progeny of a Picual × Arbequina cross. The libraries include fruit mesocarp and seeds at three relevant developmental stages, young stems and leaves, active juvenile and adult buds as well as dormant buds, and juvenile and adult roots. The reads were assembled by library or tissue and then assembled together into 81 020 unigenes with an average size of 496 bases. Here, we report their assembly and their functional annotation. 相似文献
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Guowei Zhang Wenjuan Wang Xiangmei Zhang Qianqian Xia Xinmei Zhao Youngjoon Ahn Nevin Ahmed Andreea Cosoveanu Mo Wang Jialu Wang Shaohua Shu 《PloS one》2015,10(3)
Huperzine A is important in the treatment of Alzheimer’s disease. There are major challenges for the mass production of huperzine A from plants due to the limited number of huperzine-A-producing plants, as well as the low content of huperzine A in these plants. Various endophytic fungi produce huperzine A. Colletotrichum gloeosporioides ES026 was previously isolated from a huperzine-A-producing plant Huperzia serrata, and this fungus also produces huperzine A. In this study, de novo RNA sequencing of C. gloeosporioides ES026 was carried out with an Illumina HiSeq2000. A total of 4,324,299,051 bp from 50,442,617 high-quality sequence reads of ES026 were obtained. These raw data were assembled into 24,998 unigenes, 40,536,684 residues and 19,790 genes. The majority of the unique sequences were assigned to corresponding putative functions based on BLAST searches of public databases. The molecular functions, biological processes and biochemical pathways of these unique sequences were determined using gene ontology (GO) and Kyoto Encyclopedia of Genes and Genomes (KEGG) assignments. A gene encoding copper amine oxidase (CAO) (unigene 9322) was annotated for the conversion of cadaverine to 5-aminopentanal in the biosynthesis of huperzine A. This gene was also detected in the root, stem and leaf of H. serrata. Furthermore, a close relationship was observed between expression of the CAO gene (unigene 9322) and quantity of crude huperzine A extracted from ES026. Therefore, CAO might be involved in the biosynthesis of huperzine A and it most likely plays a key role in regulating the content of huperzine A in ES026. 相似文献
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