They were doing genetic sequencing across a decade or so at this one hospital to document how the bacteria is evolving to develop resistance - and it currently has resistance to a wide number of drugs.
Sounds like it is highly prevalent in hospitals in lesser developed countries and has been slowly developing resistance but not widely studied, and this particular strain at this particular hospital seems to be further along the path.
WHO considers it a "critical priority antibiotic-resistant pathogen."
Most hits on the subject in the news seem to be coming from tabloid-level organizations. This looked fairly sane: https://medicalxpress.com/news/2025-03-deadly-antibiotic-res...
A reminder to HNers, from another HNer:
Does this cause colds or Ebola? I know Ebola is viral. I'm talking about symptoms
Ah well, except for the sinks, which are breeding ground for superbugs: https://pmc.ncbi.nlm.nih.gov/articles/PMC10469867/
In a hospital setting, superbug x-contamination is often fatal: https://apnews.com/article/mexico-contaminated-hospital-supp...
"A. baumannii can cause infections in blood, lungs, urinary tracts, and wounds. It typically causes these in healthcare settings, such as hospitals. Owing to its ability to resist antibiotic treatment, it has been listed by the World Health Organization (WHO) as a critical priority antibiotic-resistant pathogen."
Your body should be able to get rid of it by itself, but if it can't, the infection will grow and be fatal.
It's not just in Malaysia, but typically these cases are rare so it being widespread is worrisome. We have MRSA in North-America, but hospital processes eliminate most of the spread of bacteria through thorough cleaning.
It's not much to worry about if you're in a first-world country, but this may cause a lot of deaths in these countries, and force them to spend more on cleaning procedures.
Not really. I worked at a hospital over a decade ago and I during an onboarding training session we were told that 1/8 patients will receive an infection as a result of their hospital stay.
TIL "Efflux pumps are protein machines that use energy to pump antibiotics and other small molecules that get into the bacterial cytoplasm and the periplasmic space out of the cell." They even have their own bilge pumps!