CDC: Drug-Resistant ‘Nightmare Bacteria’ Pose Growing Threat


“Nightmare bacteria” with unusual resistance to antibiotics of last resort were found more than 200 times in the United States last year in a first-of-a-kind hunt to see how much of a threat these rare cases are becoming, health officials said Tuesday.

That’s more than they had expected to find, and the true number is probably higher because the effort involved only certain labs in each state, officials say.

The problem mostly strikes people in hospitals and nursing homes who need IVs and other tubes that can get infected. In many cases, others in close contact with these patients also harbored the superbugs even though they weren’t sick — a risk for further spread.

Some of the sick patients had traveled for surgery or other health care to another country where drug-resistant germs are more common, and the superbug infections were discovered after they returned to the U.S.

“Essentially, we found nightmare bacteria in your backyard,” said Dr. Anne Schuchat, principal deputy director of the U.S. Centers for Disease Control and Prevention.

“These verge on untreatable infections” where the only option may be supportive care — fluids and sometimes machines to maintain life to give the patient a chance to recover, Schuchat said.

The situation was described in a CDC report.

Bugs and drugs are in a constant battle, as germs evolve to resist new and old antibiotics. About 2 million Americans get infections from antibiotic-resistant bacteria each year and 23,000 die, Schuchat said.

Concern has been growing about a rise in bacteria resistant to all or most antibiotics. Last year, public health labs around the country were asked to watch for and quickly respond to cases of advanced antibiotic resistance, especially to some last-resort antibiotics called carbapenems.

In the first nine months of the year, more than 5,770 samples were tested for these “nightmare bacteria,” as CDC calls them, and one quarter were found to have genes that make them hard to treat and easy to share their resistance tricks with other types of bacteria. Of these, 221 had unusual genes that conferred resistance. The cases were scattered throughout 27 states.

“Even in remote areas” this threat is real, because patients often transfer to and from other places for care, said Dr. Jay Butler, chief medical officer for the state of Alaska and past president of the Association of State and Territorial Health Officials.

Others in close contact with the infected patient then were tested, and 11 percent were found to be carrying the same superbugs even though they were not sick. This gives the bugs more of a chance to spread.

What to do? CDC suggests:

—Tell your doctors if you recently had health care in another country.

—Talk with them about preventing infections, taking care of chronic conditions to help avoid them, and getting vaccines to prevent them.

—Wash your hands regularly and keep cuts clean until healed.



  1. Germs do not evolve. Only evolutionists believe in that. Rather, the superbugs have been around since Creation. However, there are many more regular bugs than superbugs in existence and competition between them for resources results in the superbug population being severely limited. Taking antibiotics outside of hospitals poses little risk because the normal proportion of bug populations curbs the reproduction of superbugs. However, due to the frequent, and absolutely necessary, cleansing that is performed in hospitals, the normal bugs are killed off, allowing the superbugs to flourish.

  2. Put it a different way – bugs mutate. They have random changes in their genetic material. Some of these changes cause the bugs to be resistant to antibiotics. These bugs survive to pass on their immunity to their descendants, so that variety of bugs can no longer be killed by some antibiotics. The process continues, until some bugs can’t be killed by any of the antibiotics we now have. Those are nicknamed “superbugs” and they’re super dangerous. It doesn’t matter if you’re giving the antibiotics in the hospital or out in the community. Hospitals have more cases because they have more sick and vulnerable people in a smaller space, but the bugs mutate wherever they are.

    You don’t have to believe in evolution to believe that bugs can change and become more deadly. For instance, look at dogs – the chihuahua and the Great Dane started out as everyday dogs, but selective breeding turned them into giants and midgets. We are now accidentally breeding bugs to be more dangerous.

    Got it, Raimus?