Sentences with phrase «gene for antibiotic resistance»

The answer is that it forms the platform for illuminating the interaction between the use of animal manure and the appearance of genes for antibiotic resistance in soil.

Though well - known pathogens weren't seen in abundance, the presence of genes for antibiotic resistance, resistance to water disinfectants and virulence raises concerns because bacteria can share such genes to potentially become more significant health threats.

Some of these bacteria might be pathogenic — harmful to us or the environment — and a few of them also carry genes for antibiotic resistance.

There are many genes for antibiotic resistance out there, and if a pathogenic bacterium is lucky enough to collect»em all, then we've got one mighty superbug on the loose.

As scientists puzzle over how genes for antibiotic resistance arise in various environments and what risks to human health they might pose, one team has identified a surprising way some of these genes are getting into ocean sediments: through food for marine fisheries.

How many different genes for antibiotic resistance come to Israel from the various dust storms, and how prevalent are these genes?

They designed their RNA guide strands to target genes for antibiotic resistance, including the enzyme NDM - 1, which allows bacteria to resist a broad range of beta - lactam antibiotics, including carbapenems.

Bacteria are legendary for their ability to swap genes for antibiotic resistance.

To date, all known integrons have been associated with genes for antibiotic resistance.

This outbreak was caused by a multidrug - resistant strain that had gone a step further and acquired an extra piece of DNA encoding additional genes for antibiotic resistance.

Examining E. coli bacteria, which are responsible for about 80 % of urinary tract infections, the researchers found an identical gene for antibiotic resistance in both humans and animals.

Bacteria will frequently contain small chromosomes called plasmids that commonly carry genes for antibiotic resistance.

Over the past 60 years, genes for antibiotic resistance have gone from rare to commonplace in the microbes that routinely infect our bodies.

They added chrysotile minerals, bacterial DNA molecules called plasmids that had genes for antibiotic resistance, and silica beads representing inert rock.

A plasmid, a simple kind of DNA - delivery vehicle, will move a gene for antibiotic resistance into the bacterial cells, jump - starting the Crispr - Cas9 system.

But bacteria can pass on the genes for antibiotic resistance, so any source of resistance is concerning.

Thanks to this flaw, such bacteria would alter their own genes faster than normal as well as take in DNA from other bacteria more readily.Because the genes for antibiotic resistance often travel between bacteria on foreign DNA, the FDA group's findings could account for the rapid spread of resistance among Salmonella and E. coli strains, says Philip Hanawalt, an expert on DNA repair at Stanford University.

Students introduce a gene for antibiotic resistance into the bacterium E. coli.