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植物病原菌拮抗活性物吡唑三嗪的生物合成与调控机制 文献查新

已有 1463 次阅读 2023-2-12 07:22 |个人分类:科技查新|系统分类:论文交流

植物病原菌拮抗活性物吡唑三嗪的生物合成与调控机制

https://www.ebiotrade.com/newsf/2023-2/20230212064420286.htm

        2023年2月9日,Nature子刊Nature Communications在线发表上海交通大学农业与生物学院陈功友教授和生命科学技术学院林双君教授联合团队的“The natural pyrazolotriazine pseudoiodinine from Pseudomonas mosselii 923 inhibits plant bacterial and fungal pathogens”研究论文,揭示了摩氏假单胞菌923菌株产生天然抗生素吡唑三嗪pseudoiodinine的生物合成与调控机制

未检索到密切相关文献   

https://pubmed.ncbi.nlm.nih.gov/36759518/

summary-36759518.txt


相似文献 101篇    

https://pubmed.ncbi.nlm.nih.gov/?linkname=pubmed_pubmed&from_uid=36759518


http://www.pubmedplus.cn/P/SearchQuickResult?wd=b37d87eb-f5a5-4ece-b17a-8c144739ff3e

1. The natural pyrazolotriazine pseudoiodinine from Pseudomonas mosselii 923 inhibits plant bacterial and fungal pathogens.


Ruihuan Yang,Qing Shi,Tingting Huang,Yichao Yan,Shengzhang Li,Yuan Fang,Ying Li,Linlin Liu,Longyu Liu,Xiaozheng Wang,Yongzheng Peng,Jiangbo Fan,Lifang Zou,Shuangjun Lin,Gongyou Chen

Shanghai Collaborative Innovation Center of Agri-Seeds/School of Agriculture and Biology, Shanghai Jiao Tong University, Shanghai, 200240, China.


Nat Commun (P 2041-1723 E 2041-1723) 2023 年 14 卷 1 期 734 页

PMID:36759518 相似文献

01.无法确认1 篇0.990%
02.20226 篇5.941%
03.20219 篇8.911%
04.202010 篇9.901%
05.20196 篇5.941%
06.201812 篇11.881%
07.20175 篇4.950%
08.20168 篇7.921%
09.20155 篇4.950%
10.20145 篇4.950%
11.20133 篇2.970%
12.20126 篇5.941%
13.20113 篇2.970%
14.20105 篇4.950%
15.20093 篇2.970%
16.20083 篇2.970%
17.20071 篇0.990%
18.20062 篇1.980%
19.20052 篇1.980%
20.20041 篇0.990%
21.20032 篇1.980%
22.20022 篇1.980%
01.appl environ microbiol8 篇7.921%
02.j bacteriol7 篇6.931%
03.front microbiol5 篇4.950%
04.bmc genomics4 篇3.960%
05.mbio4 篇3.960%
06.bmc microbiol3 篇2.970%
07.int j mol sci3 篇2.970%
08.j appl microbiol3 篇2.970%
09.microbiol res3 篇2.970%
10.mol plant microbe interact3 篇2.970%
01.中国35 篇34.653%
02.美国29 篇28.713%
03.日本12 篇11.881%
04.瑞士11 篇10.891%
05.法国6 篇5.941%
06.英国5 篇4.950%
07.德国4 篇3.960%
08.韩国4 篇3.960%
09.印度3 篇2.970%
10.比利时2 篇1.980%
01.中国北京7 篇6.931%
02.中国南京5 篇4.950%
03.中国杭州5 篇4.950%
04.中国福州5 篇4.950%
05.中国武汉4 篇3.960%
06.中国南宁3 篇2.970%
07.中国长春2 篇1.980%
08.中国上海2 篇1.980%
09.中国扬州2 篇1.980%
10.中国长沙2 篇1.980%
01.Oryza48 篇47.525%
02.Plant Diseases47 篇46.535%
03.Bacterial Proteins36 篇35.644%
04.Xanthomonas30 篇29.703%
05.Magnaporthe29 篇28.713%
06.Gene Expression Regulation, Bacterial26 篇25.743%
07.RNA, Bacterial18 篇17.822%
08.Molecular Sequence Data16 篇15.842%
09.Pseudomonas16 篇15.842%
10.Transcription Factors15 篇14.851%




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