Exactly Why Is Antibiotic Resistance Growing – A Manuscript Hypothesis

Why are bacteria becoming increasingly more resistant to antibiotics? A hypothesis regarding the enigma of antibiotic resistance has been put forward by a researcher from the University of Granada in Spain. He claims this could revolutionize how the pharmaceutical industry goes about targeting superbugs.

Mohammed Bakkali, a geneticist, has shown that using antibiotics could make non-resistant bacteria become resistant simply because they assume the DNA of already-resistant bacteria.

Our overuse of antibiotics forces bacteria to assume the DNA of other resistant bacteria, because the mere presence of antibiotics exposes them to enormous stress, and this stress triggers random behavior.

Bakkali says:

“In this way, the non-resistant bacteria become resistant completely by accident on ingesting this DNA and can even become much more virulent, partly due to the stress we subject them to when we make an abusive use of antibiotics.”


Researchers have spent the final couple of decades looking into when, why and how bacteria occupy DNA using their company resistant bacteria, and finally become resistant against antibiotics themselves.

The when (in unfavorable or demanding conditions) and just how bacteria occupy the DNA of resistant bacteria is known. However “nobody has pinpointed exactly why bacteria consume this genetic material,” Bakkali described inside a report printed within the March 2013 edition of Archives of Microbiology.

In many conditions, a bacteria wouldn’t take in the DNA of some other bacteria, since it might have an excessive amount of to get rid of. It doesn’t possess a “DNA readers” which allows it to consider just the molecules which are helpful. Generally, random choice of DNA is really a harmful as well as fatal venture for just about any bacteria.

They do not want that DNA, because they break it up

Bakkali argues that bacteria are continuously breaking up DNA – they do not look for DNA to take up – this uptake is a random event and the sub-product of a kind of bacterial motility which is partly due to a stress response (the bacterium has been subjected to a high level of stress).

Hence, our widespread use of antiobiotics “not only selects the resistant bacteria, but also means that the bacteria take up more DNA, due to their increased motility in response to the stress that the antibiotic subjects them to,” Bakkali says.

It’s the antibiotic itself that triggers the resistance by submitting the bacteria to worry this stress induces the uptake of genetic material which might produce antibiotic resistance. In other situations (without stress), no bacteria might have adopted that DNA, and therefore will not have had the opportunity to become resistant.

Bakkali added that “..this effect is increased by its insufficient specificity, because it happens in the prospective virus as well as in other bacteria.”

Bakkali argues that whenever a bacteria assumes the DNA of some other (antibiotic-resistant) bacteria, and that could have left because of another ecological factor, it might be resistant against that antibiotic. “Thus, the bacteria can embark upon contributing to their arsenal of potential to deal with antibiotics and finish up being resistant against an array of them, for example may be the situation from the multi-resistant strain of astaphylococcus, known as Staphylococcus aurius, which produces havoc in lots of operating theatres.”

Antibiotic resistance – a growing menace for human health

Over the following 2 decades we might not have any effective antibiotics for straightforward surgical procedures, Dame Sally Davies, Chief Medical Officer for England, reported to People of Parliament on home of Commons Science Committee. Basically, she added, there won’t be any antibiotics left that may deal effectively with routine infections.

Antibiotic resistance is becoming this type of serious threat that “it ought to be put into the government’s listing of civil emergencies.”

Scientists from Tufts College Med school recognized an isolate of E. coli that is resistant against carbapenems, a type of antibiotics accustomed to treat existence-threatening disease-causing bacteria. Inside a study printed in Antimicrobial Agents and Chemotherapy, they reported the E. coli mutated four occasions before accumulating enough potential to deal with make carbapenems ineffective.