Sentences with phrase «antibiotic resistance»

There's also the growing problem of antibiotic resistance in pets.

Huge numbers of diverse antibiotic resistance genes are present in soil bacteria.

«This mechanism may drive the development of antibiotic resistance in bacteria and cancer in human cells,» she explains, hinting at the work's potential medical implications.

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

Research on antibiotic resistance goes up $ 50 million.

Then the next generation of doctors will deny concepts such as antibiotic resistance because they don't understand evolution.

There is a very good reason microbes would be armed with antibiotic resistance genes, the researchers explain.

The new methods hold the promise of a potent new tool to offset the growing challenge of antibiotic resistance by bacterial pathogens.

This may be useful in the fight against antibiotic resistance.

Today, though, people are worried about antibiotic resistance and are also looking to natural remedies.

That antibiotic use is linked with increased antibiotic resistance in humans.

The cows are given antibiotics to fight infections, which can be passed down into the milk we drink, potentially causing antibiotic resistance.

Researchers have shown that, outside of a few specific examples, antibiotics do not promote the spread of bacterial antibiotic resistance through genetic swapping, as previously assumed.

The biggest issue with this — other than the fact that antibiotics should not be used unless absolutely necessary — is the fact that there's a threat of growing antibiotic resistance.

This continuous low - dose exposure has the added downside of promoting antibiotic resistance.

The research shows that bacteria that carry antibiotic resistance genes are unlikely to survive high temperatures.

Taking a shorter course of antibiotics may be just as effective, plus do a better job at preventing antibiotic resistance.

We look at how we have reached this point and what is being done to tackle antibiotic resistance.

To be able to prevent further development of resistance developing, it is important to understand where and how antibiotic resistance in bacteria arises.

This fuels the greater problem of increasing antibiotic resistance among other kinds of bacteria.

Human safety and genetically modified plants: a review of antibiotic resistance markers and future transformation selection technologies.

It has a particular knack for evolving antibiotic resistance, leaving hundreds of thousands of people with few treatment options.

They also show, however, that there are ways to disrupt the process and reverse antibiotic resistance.

A new book takes a hard look at the chicken industry for its role in fostering antibiotic resistance.

The desire of the host to acquire antibiotic resistance genes from its guest could have driven this chain of events, he says.

Canadian researchers have generated both novel and existing antibiotic resistance mechanisms on experimental farmland, by exposing the soil to specific antibiotics.

«Whilst the issue of global antibiotic resistance is a real concern, the situation will not be helped by misinformation, especially when we are dealing with animal welfare,» she warns.

Current clinical approaches to determination of antibiotic resistance often require two or more days to obtain results.

«This is a pretty crucial moment when there are fewer and fewer new antibiotics available, but more and more antibiotic resistance evolving,» he says.

What's more, the variations in bacterial DNA are often important pieces that are involved in things like antibiotic resistance or the digestion of dietary fiber.

He says around 95 per cent of resources for solving antibiotic resistance now go towards finding new drugs, but that this should be reduced to just 40 per cent.

Making matters worse, bacteria that have some form of antibiotic resistance seem to thrive in closed space environments like the space shuttle.

While antibiotic resistance is routinely tracked in hospitals and other health care settings, tracking resistance trends in the community remains a huge challenge, she says.

A driving force behind this growing public health threat is the ability of bacteria to share genes that provide antibiotic resistance.

This reduces the risk of antibiotic resistance selection and has positive implications for both human and animal health.

There currently is no set standard on measuring natural antibiotic resistance in soils.

But, as antibiotic resistance continues to be a growing problem around the world, it's often hard to make the connection between drug - resistant bacteria and ourselves.

A team of Italian investigators has discovered a new variant of an emerging antibiotic resistance mechanism.

It explains why antibiotic resistance spreads so quickly and extensively after drugs are introduced.

Still, she notes, it's difficult to trace antibiotic resistance from animal farms to medical clinics.

The widespread use of antibiotics among humans and in agriculture selects for antibiotic resistance strains.

Their analysis includes so - called jumping genes that can move around the same genome, sometimes causing damage to individual genes or enabling antibiotic resistance.

As you use more and more antibiotics, there tends to be a natural selection for antibiotic resistance organisms to survive and reproduce.

In parts of the world where there is limited antibiotic use, there is very little antibiotic resistance.

All of this is to say that a package of shrimp on your supermarket shelf, though small, is a key player in the important fight against antibiotic resistance.

Otherwise, the bug might develop antibiotic resistance — a growing problem that's making infections harder to treat.

Additionally, 400 million will be invested in life science related research areas such as antibiotic resistance, pharmaceutical development, health and aging, clinical research, and register - based research.