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- Changes in the microbial community of Litopenaeus vannamei larvae and rearing water during different growth stages after disinfection treatment of hatchery water
- Yafei Duan , Yapeng Tang , Jianhua Huang , Jiasong Zhang , Heizhao Lin , Shigui Jiang , Ruixuan Wang , Guofu Wang
- J. Microbiol. 2020;58(9):741-749. Published online July 24, 2020
- DOI: https://doi.org/10.1007/s12275-020-0053-0
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- 7 Web of Science
- 7 Crossref
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Abstract
- Microbial communities greatly affect rearing water quality and the larvae health during shrimp hatchery periods. In this study, we investigated the microbial communities of rearing water and larvae of Litopenaeus vannamei after treating hatchery water with different kinds of chemical disinfectants: no disinfectants (Con), chlorine dioxide (ClO2), formaldehyde solution (HCHO), bleach powder (CaClO), and iodine (I2). The water and larval samples were collected from nauplius 6 (N6), zoea 1 (Z1), mysis 1 (M1), and postlarvae 1 (P1) shrimp growth periods. 16S rDNA high-throughput sequencing revealed that the bacterial composition of the rearing water was more complex than that of the larvae, and the bacterial community of the rearing water and the larvae fluctuated significantly at the P1 and Z1 periods, respectively. Disinfectants altered the bacterial diversity and composition of the rearing water and larvae. Specifically, in the rearing water of the P1 period, Proteobacteria abundance was increased in the HCHO group; while Bacteroidetes abundance was decreased in the ClO2, HCHO, and I2 groups but increased in the CaClO group. In the larvae of the Z1 period, Firmicutes (especially Bacillus class) abundance was increased in the CaClO group, but decreased in the ClO2, HCHO, and I2 groups. Network analyses revealed that the genera Donghicola, Roseibacterium, Candidatus-Cquiluna, and Nautella were enriched in the rearing water, while Halomonas, Vibrio, and Flavirhabdus had high abundance in the larvae. The survival of shrimp was influenced by disinfectants that were inconsistent with the bacterial community changes. These results will be helpful for using microbial characteristics to facilitate healthy shrimp nursery.
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Citations
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ACS Sensors.2024; 9(6): 2728. CrossRef -
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aquaculture system
Yazhi Luan, Yang Wang, Chao Liu, Libin Lv, Ailing Xu, Zhiwen Song
Environmental Technology.2024; 45(17): 3354. CrossRef - Investigating the impact of chlorine dioxide in shrimp-rearing water on the stomach microbiome, gill transcriptome, and infection-related mortality in shrimp
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Journal of Applied Microbiology.2024;[Epub] CrossRef - Assessing the efficacy of bleaching powder in disinfecting marine water: Insights from the rapid recovery of microbiomes
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Water Research.2023; 241: 120136. CrossRef - Stocking Density Effects on Pacific White Shrimp Litopenaeus vannamei Hatchery Performance in Algal‐Bacterial Biofloc Systems
Hu‐wei Chen, Da‐chuan Sun, Wen‐chang Liu, Shuang Li, Hong‐xin Tan
North American Journal of Aquaculture.2023; 85(1): 3. CrossRef
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Review
- [Minireview]Recent advances in genetic engineering tools based on synthetic biology
- Jun Ren , Jingyu Lee , Dokyun Na
- J. Microbiol. 2020;58(1):1-10. Published online January 2, 2020
- DOI: https://doi.org/10.1007/s12275-020-9334-x
- 61 View
- 0 Download
- 25 Web of Science
- 24 Crossref
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Abstract
- Genome-scale engineering is a crucial methodology to rationally regulate microbiological system operations, leading to expected biological behaviors or enhanced bioproduct yields. Over the past decade, innovative genome modification technologies have been developed for effectively regulating and manipulating genes at the genome level. Here, we discuss the current genome-scale engineering technologies used for microbial engineering. Recently developed strategies, such as clustered regularly interspaced short palindromic repeats (CRISPR)-Cas9, multiplex automated genome engineering (MAGE), promoter engineering, CRISPR-based regulations, and synthetic small regulatory RNA (sRNA)-based knockdown, are considered as powerful tools for genome-scale engineering in microbiological systems. MAGE, which modifies specific nucleotides of the genome sequence, is utilized as a genome-editing tool. Contrastingly, synthetic sRNA, CRISPRi, and CRISPRa are mainly used to regulate gene expression without modifying the genome sequence. This review introduces the recent genome-scale editing and regulating technologies and their applications in metabolic engineering.
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Citations
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