FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4226330854> ?p ?o ?g. }

• W4226330854 endingPage "552" @default.
• W4226330854 startingPage "538" @default.
• W4226330854 abstract "好氧反硝化因其独特优势成为近年来生物脱氮的研究热点，溶解性有机物（DOM）作为微生物碳源是造成群落差异的重要原因，为了探究白洋淀不同功能区好氧反硝化菌群落结构对溶解性有机物碳源的响应，本文结合荧光区域积分法以及napA反硝化基因的高通量测序技术，对白洋淀春季沉积物中的好氧反硝化菌群落结构特征以及好氧反硝化菌对溶解性有机物的响应进行研究.结果表明，春季白洋淀沉积物有机质组分类蛋白质组分高于类腐殖质组分，其中养殖区的类蛋白质组分最大，达到79.63%±3.79%，原始区的类腐殖质组分最大，达到33.91%±6.32%；高通量测序得到3693个OTUs，共分为9个主要门类，其中，变形菌门占比最大，达到99%以上；α多样性Chao1指数呈现显著的空间差异，并且旅游区>生活区>入淀区>原始区>养殖区；该时期好氧反硝化菌主要物种组成包括Aeromonas、Sulfuritortus、Cupriavidus、Pseudomonas和Thauera，Ferrimonas作为指示物种，差异贡献最大；冗余分析发现，可见光区类富里酸物质和微生物代谢产物组分分别是不同功能区好氧反硝化菌群落纲水平和属水平差异的主要原因.综上，通过对白洋淀好氧反硝化菌群与溶解性有机物的相关关系研究，不仅有助于进一步认识天然环境中氮循环微生物的特征；还可以为将来适于实际环境的高效菌筛选的碳源选择提供参考.;Aerobic denitrification has become a research hotspot in biological denitrification in recent years due to its unique advantages. Dissolved organic matter (DOM) as a carbon source is the important reason for community differences. To explore the responding mechanism of aerobic denitrifying bacteria community structure to dissolved organic matter in different functional areas of Lake Baiyangdian, this paper combines the fluorescence area integration method and the high-throughput sequencing technology of napA denitrification genes to study the characteristics of the aerobic denitrifying bacterial community structure and responding mechanism in Lake Baiyangdian. The results showed that the concentration of protein-like components was higher than that of humic-like components in the organic matter of Lake Baiyangdian sediments in spring. Among them, the protein-like components in the culture area were the largest, reaching 79.63%±3.79%, and the humus-like component in the primitive area was the largest, reaching 33.91%±6.32%; A total of 3693 OTUs were acquired high Throughput sequencing, which was divided into 9 main phyla. Among them, the Proteobacteria accounted for the largest proportion, reaching over 99%; the α diversity Chao1 index showed significant spatial differences, and the travel area>the living area>the entry area>the original area>the breeding area; the main species of aerobic denitrifying bacteria include Aeromonas, Sulfuritortus, Cupriavidus, Pseudomonas and Thaurea, Ferrimonas, as an indicator species, contributes the most to the difference; Redundant analysis found that the components of fulvic acid-like substances and microbial metabolites in the visible light area are the main reasons for the differences in aerobic denitrifying bacteria in different functional areas. In summary, this research will not only help to further understand the characteristics of the nitrogen cycle microorganisms in the natural environment; it will also provide a reference for the selection of carbon sources suitable for efficient bacterial screening in the practical environment." @default.
• W4226330854 created "2022-05-05" @default.
• W4226330854 creator A5028396253 @default.
• W4226330854 creator A5045727808 @default.
• W4226330854 creator A5061109807 @default.
• W4226330854 creator A5067265615 @default.
• W4226330854 creator A5077323251 @default.
• W4226330854 creator A5079053274 @default.
• W4226330854 creator A5084939992 @default.
• W4226330854 date "2022-01-01" @default.
• W4226330854 modified "2023-09-26" @default.
• W4226330854 title "Aerobic denitrifying bacteria community structure and response of aerobic denitrifying bacteria to dissloved organic matter in the sediments in Lake Baiyangdian in the spring" @default.
• W4226330854 cites W1003933799 @default.
• W4226330854 cites W1983740953 @default.
• W4226330854 cites W2001247989 @default.
• W4226330854 cites W2001814548 @default.
• W4226330854 cites W2034275096 @default.
• W4226330854 cites W2073257123 @default.
• W4226330854 cites W2114630430 @default.
• W4226330854 cites W2114906699 @default.
• W4226330854 cites W2120101515 @default.
• W4226330854 cites W2127366570 @default.
• W4226330854 cites W2162779179 @default.
• W4226330854 cites W2292412455 @default.
• W4226330854 cites W2465934912 @default.
• W4226330854 cites W2473460856 @default.
• W4226330854 cites W2565296817 @default.
• W4226330854 cites W2592150220 @default.
• W4226330854 cites W2608582708 @default.
• W4226330854 cites W2611408379 @default.
• W4226330854 cites W2794530079 @default.
• W4226330854 cites W2807937908 @default.
• W4226330854 cites W2884704324 @default.
• W4226330854 cites W2913753307 @default.
• W4226330854 cites W2919086824 @default.
• W4226330854 cites W2939279217 @default.
• W4226330854 cites W2946547540 @default.
• W4226330854 cites W2965096560 @default.
• W4226330854 cites W2971763162 @default.
• W4226330854 cites W2977763701 @default.
• W4226330854 cites W3154912468 @default.
• W4226330854 doi "https://doi.org/10.18307/2022.0215" @default.
• W4226330854 hasPublicationYear "2022" @default.
• W4226330854 type Work @default.
• W4226330854 citedByCount "0" @default.
• W4226330854 crossrefType "journal-article" @default.
• W4226330854 hasAuthorship W4226330854A5028396253 @default.
• W4226330854 hasAuthorship W4226330854A5045727808 @default.
• W4226330854 hasAuthorship W4226330854A5061109807 @default.
• W4226330854 hasAuthorship W4226330854A5067265615 @default.
• W4226330854 hasAuthorship W4226330854A5077323251 @default.
• W4226330854 hasAuthorship W4226330854A5079053274 @default.
• W4226330854 hasAuthorship W4226330854A5084939992 @default.
• W4226330854 hasBestOaLocation W42263308541 @default.
• W4226330854 hasConcept C107872376 @default.
• W4226330854 hasConcept C133079900 @default.
• W4226330854 hasConcept C178790620 @default.
• W4226330854 hasConcept C185592680 @default.
• W4226330854 hasConcept C18903297 @default.
• W4226330854 hasConcept C197011783 @default.
• W4226330854 hasConcept C198549448 @default.
• W4226330854 hasConcept C2994600331 @default.
• W4226330854 hasConcept C42062724 @default.
• W4226330854 hasConcept C48743137 @default.
• W4226330854 hasConcept C523546767 @default.
• W4226330854 hasConcept C537208039 @default.
• W4226330854 hasConcept C54355233 @default.
• W4226330854 hasConcept C73593433 @default.
• W4226330854 hasConcept C81407943 @default.
• W4226330854 hasConcept C86803240 @default.
• W4226330854 hasConceptScore W4226330854C107872376 @default.
• W4226330854 hasConceptScore W4226330854C133079900 @default.
• W4226330854 hasConceptScore W4226330854C178790620 @default.
• W4226330854 hasConceptScore W4226330854C185592680 @default.
• W4226330854 hasConceptScore W4226330854C18903297 @default.
• W4226330854 hasConceptScore W4226330854C197011783 @default.
• W4226330854 hasConceptScore W4226330854C198549448 @default.
• W4226330854 hasConceptScore W4226330854C2994600331 @default.
• W4226330854 hasConceptScore W4226330854C42062724 @default.
• W4226330854 hasConceptScore W4226330854C48743137 @default.
• W4226330854 hasConceptScore W4226330854C523546767 @default.
• W4226330854 hasConceptScore W4226330854C537208039 @default.
• W4226330854 hasConceptScore W4226330854C54355233 @default.
• W4226330854 hasConceptScore W4226330854C73593433 @default.
• W4226330854 hasConceptScore W4226330854C81407943 @default.
• W4226330854 hasConceptScore W4226330854C86803240 @default.
• W4226330854 hasIssue "2" @default.
• W4226330854 hasLocation W42263308541 @default.
• W4226330854 hasOpenAccess W4226330854 @default.
• W4226330854 hasPrimaryLocation W42263308541 @default.
• W4226330854 hasRelatedWork W1968065243 @default.
• W4226330854 hasRelatedWork W1996888672 @default.
• W4226330854 hasRelatedWork W2000831405 @default.
• W4226330854 hasRelatedWork W2036823069 @default.
• W4226330854 hasRelatedWork W2049104909 @default.
• W4226330854 hasRelatedWork W2081092598 @default.
• W4226330854 hasRelatedWork W2120869297 @default.
• W4226330854 hasRelatedWork W2148417600 @default.

• next