Water Research, Volume 281, 1 August 2025, 123594.
Xuejing Huang, Zaigao Tan, Jiayu Wei, Xiaohui Bai
https://www.sciencedirect.com/science/article/pii/S004313542500507X
Share Me!
Super-robust synthetic microorganism can get chlorine resistance in advance and transfer their inserted DNA sequence in genome to indigenous bacteria in water
Related Articles
Water-Related Disease News
Recent Posts
- Genomic insights into chlorine resistance of a Mycobacterium sp. strain isolated from treated wastewater effluent
- Modelling the combined impacts of climate change and socio-economic development on waterborne pathogen transport
- Temporal dynamics of class 1 and class 3 integron pools in treated wastewater
- In-depth comparison of untargeted and targeted sequencing for detecting virus diversity in wastewater
- Real-time detection of 3–8-µm microbial particles in sand filter effluent as a surrogate indicator of Cryptosporidium parvum oocysts
Archives
- June 2025 (14)
- May 2025 (7)
- April 2025 (3)
- March 2025 (5)
- February 2025 (12)
- January 2025 (9)
- December 2024 (4)
- November 2024 (15)
- October 2024 (2)
- September 2024 (10)
- August 2024 (12)
- July 2024 (8)
Annual archive
Categories
- Events (61)
- Awards (9)
- HRWM News (127)
- Projects (106)
- IWA News (10)
- Water-related Disease News (11)
- Featured Publications (882)
- Jobs (47)
Recent Comments
- RaymondLem on Sources and risk factors for nitrate, pathogens, and fecal contamination of private wells in rural southwestern Wisconsin, USA
- RaymondLem on Sources and risk factors for nitrate, pathogens, and fecal contamination of private wells in rural southwestern Wisconsin, USA
- RaymondLem on Sources and risk factors for nitrate, pathogens, and fecal contamination of private wells in rural southwestern Wisconsin, USA
- RaymondLem on Sources and risk factors for nitrate, pathogens, and fecal contamination of private wells in rural southwestern Wisconsin, USA
- RaymondLem on Sources and risk factors for nitrate, pathogens, and fecal contamination of private wells in rural southwestern Wisconsin, USA