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sciencedaily : reported that New research describes how bacteria resists ‘last-resort’ antibiotic

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We will quote to you most important and trendy news about Bacteria of the best health sites Like : “sciencedaily” and the most famous medical experts :

daily : 2017-01-09 & on time : 8:34

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New research describes how bacteria resists ‘last-resort’ antibiotic — ScienceDaily

New research describes how bacteria resists 'last-resort' antibiotic -- ScienceDaily

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An international research team, led by the University of Bristol, has provided the first clues to understand how the mcr-1 gene protects bacteria from colistin — a ‘last resort’ antibiotic used to treat life-threatening bacterial infections that do not respond to other treatment options.Last year, members of the team, led by Dr Jim Spencer from the School of Cellular and Molecular Medicine, in collaboration with colleagues from Oxford, Cardiff, Diamond Light Source, Thailand and China, identified mcr-1 as the first colistin-resistance gene that could be passed between bacteria, enabling resistance to spread rapidly within a bacterial population.Since then, the mcr-1 gene has been detected in common bacteria, such as E. coli, in China, the United States and across Europe first in farm animals and recently — worryingly — in human patients.

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New research describes how bacteria resists ‘last-resort’ antibiotic

New research describes how bacteria resists 'last-resort' antibiotic

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An international research team, led by the University of Bristol, has provided the first clues to understand how the mcr-1 gene protects bacteria from colistin – a ‘last resort’ antibiotic used to treat life-threatening bacterial infections that do not respond to other treatment options.Last year, members of the team, led by Dr Jim Spencer from the School of Cellular and Molecular Medicine, in collaboration with colleagues from Oxford, Cardiff, Diamond Light Source, Thailand and China, identified mcr-1 as the first colistin-resistance gene that could be passed between bacteria, enabling resistance to spread rapidly within a bacterial population.Since then, the mcr-1 gene has been detected in common bacteria, such as E. coli, in China, the United States and across Europe first in farm animals and recently – worryingly – in human patients.

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To reduce antibiotic resistance, scientists try to blind bacteria instead of killing the

To reduce antibiotic resistance, scientists try to blind bacteria instead of killing the

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Long delays in infrastructure are not just peculiar to India but a challenge in many democracies.It is after all a hallmark of an open society that affected citizens have the right to ask for reviews and changes.However, even considering those necessary checks and balances we have some egregious delays and cost overruns.

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