Antibiotic-Resistant "Priority Pathogens" found in Yamuna Water
- A research paper from Indian Institute of Technology, Delhi, has shown that the river Yamuna sheltered some of the critical group, multidrug-resistant bacteria that a World Health Organisation (WHO) report had red-flagged in 2017.
Key Findings
- The team found bacteria that produces Extended-spectrum Beta-lactamases - enzymes that help bacteria resist many commonly-used antibiotics, across 20 major sewer drains and Yamuna River.
- Gene study showed the presence of resistance genes such as β-lactamases genes and carbapenemase in the studied samples.
- The team also noted the possibility of rapid proliferation of various antibiotic resistance genes among different bacteria through horizontal gene transfer.
Do You Want to Read More?
Subscribe Now
Take Annual Subscription and get the following Advantage
The annual members of the Civil Services Chronicle can read the monthly content of the magazine as well as the Chronicle magazine archives.
Readers can study all the material before the last six months of the Civil Services Chronicle monthly issue in the form of Chronicle magazine archives.
Related Content
- 1 Walker and Hadley Circulations
- 2 Access and Benefit Sharing (ABS)
- 3 Bomb Cyclone
- 4 US Exits Paris Climate Pact
- 5 Two New Rare Ant Fly Species Discovered in India
- 6 4,500-Year Climate Record Reconstructed from Kondagai Lake
- 7 Kaziranga Elevated Corridor Project Bhoomi Pujan
- 8 BNHS-NMCG Project to Protect Indian Skimmer
- 9 Weed Threat to Mustard
- 10 2025 Was the Warmest La Niña Year on Record
- 1 Nationally Determined Contributions –Transport Initiative for Asia
- 2 Greenland’s Ice sheet Melting beyond “Point of No Return”
- 3 NGT Sets Stringent Conditions for Commercial Use of Groundwater
- 4 India Water Resources Information System
- 5 World Biofuel Day
- 6 Tsunami Ready Village
- 7 Landslide Menace
- 8 India’s First Snow Leopard Conservation Centre
- 9 Seagrasses
- 10 Hoolock Gibbons
- 11 Dhole: Asiatic Wild Dog
- 12 African Cheetah
