In the world of healthcare, bacteria are always finding new ways to outsmart the medicines that fight them. One such bacteria, Klebsiella pneumoniae, has recently made headlines. This bacteria has been found in a patient in a Greek hospital. It is resistant to every known antibiotic. This is a serious issue. This bacteria carries two powerful weapons: NDM-1 and VIM-1. These are enzymes that break down antibiotics, making them useless. This is not the first time these enzymes have been found together. But, this is the first time they have been found in this particular strain of bacteria in Greece.

The patient was in the Intensive Care Unit (ICU) of Volos Hospital. The bacteria was found in the patient's blood. This is a red flag. It means the bacteria can spread quickly and cause serious infections. The bacteria was identified using advanced genetic sequencing. This technology can read the bacteria's DNA and find the genes that make it resistant to antibiotics. The sequencing confirmed the presence of blaNDM-1 and blaVIM-1 genes. These genes are responsible for the NDM-1 and VIM-1 enzymes.

But that's not all. The bacteria also carries another gene, CTX-M-15. This gene makes the bacteria resistant to a whole class of antibiotics called cephalosporins. On top of that, the bacteria is resistant to aminoglycosides, chloramphenicol, fluoroquinolones, and sulfonamides. These are some of the strongest antibiotics available. This makes the bacteria a serious threat.

The bacteria belongs to a group called ST15. This group is known for being resistant to many antibiotics. The bacteria also belongs to a subgroup called KL48. This subgroup is known for causing infections in hospitals. The bacteria was found in a male patient in July 2024. This is a critical finding. It shows that the bacteria can spread in hospitals and cause serious infections.

This finding is a wake-up call. It shows that we need to be more vigilant. We need to improve our infection control strategies. We need to monitor the spread of these bacteria more closely. We also need to develop new antibiotics. The current ones are not enough. We need to act fast. The bacteria is already resistant to many antibiotics. If we don't act, it could become resistant to all of them. This would be a disaster. We would have no way to fight these infections. This is a serious issue that needs immediate attention.

Superbugs Strike: The Double Trouble in Greek Hospitals

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