The unique characteristics of wastewater, which allow resistance genes to grow against harmless bacteria to those that cause disease, provide a potent breeding ground for antibiotic resistance to evolve, according to a new study. Researchers at the Centre for Antibiotic Resistance Research (CARe) in Gothenburg, Sweden, presented evidence for where the genes could gain their ability to move in a study published in the journal Communications Biology. It is not enough for the antibiotics alone to drive the process, they acknowledged. For the movement of reistant genes, the species carrying the resistance genes in their chromosomes need to be present, along with the specific DNA sequences providing for their movement. The researchers analysed DNA from thousands of samples across different environments and found that all these key components came together not in the gut of humans or animals, but in wastewaters. "In order to fight antibiotic resistance we cannot focus only on preventing
The government has identified antimicrobial resistance as a key priority in its national health policy and a series of initiatives have been taken to build systems to counter it, Union minister Bharti Pawar said on Friday. Pawar was delivering India's national statement at the third Global High-Level Ministerial Conference on AMR at Muscat in Oman. The minister of State for Health said India's example of prioritizing the development and implementation of state action plans for containment of AMR is a best practice that can be further discussed and emulated by other countries, a Union Health Ministry statement quoting the minister said. Pawar elaborated that India's National Action Plan for containment of AMR (NAP-AMR) was officially released on April 19, 2017. The Delhi Declaration on AMR, which is an inter-ministerial consensus, was signed at the launch of NAP-AMR, by the ministers of the concerned ministries pledging their whole-hearted support in AMR containment. She emphasized
An estimated 1.2 million people worldwide died in 2019 from antibiotic-resistant infections, and this number is predicted to increase ten-fold by 2050
Covid-19 likely contributed to 216.4 million excess doses of antibiotics for adults: study
The use of antibiotics in people with Covid-19 could lead to raised levels of the drugs within rivers which may in turn result in an increase in antimicrobial resistance, according to a UK study
While multinational companies have launched new antibiotics in India, there have been no new launches in the past 15 years in this category
A recent study revealed 88% of people think antibiotic resistance occurs when the human body becomes resistant to antibiotics. This isn't entirely true