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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 endogenous manufacturing of CRISPR components, through greater research, would make India a commercially successful country in the field of Deep Science, according to Girish Krishnamurthy, CEO & MD, Tata Medical and Diagnostics Ltd.Participating in a panel discussion on 'Gene-Editing On Centre Stage' at the 'Bengaluru Tech Summit 2021', Krishnamurthy opined that the therapeutics R & D is slow in India as compared to the West, hence seeking deeper research experiences is significant."The country also needs to address associated infrastructural issues like the building of cold storage, expanding supply chains and the sorts," he said.The CEO also highlighted the misconception amongst people that CRISPR is meant for therapeutic and not diagnostic purposes and that it needs to change. With basic technology and market being the most crucial focal points, a large number of its applications are to be looked at, serving both urban and rural India.Though grants are channelized ...