as mentioned in A new study from the University College London revealed that antibiotics can kill resistant bacteria if they try hard enough.
Dr. Joseph Ndieyira, lead author, and his team found that while antibiotics all reacted similarly to susceptible bacteria, their fight against resistant bacteria was vastly different.
Published in Nature, the study monitored how four types of antibiotics fought against bacteria cells, including those susceptible and resistant to treatment.
“We found that oritavancin pressed into resistant bacteria with a force 11,000 times stronger than vancomycin,” says Ndieyira.
“When a bacterium becomes resistant to a drug, it effectively changes the locks so the key won’t fit any more.”Scientists find that modified antibiotics fight off superbugs.
referring to Faster Bacteria detection could help people live longer.
Faster Bacteria Detection Could Help People Live LongerBacteria can be beneficial or harmful to humans.
Etchebarne has said that with the diagnostic system, doctors could identify the Bacteria much faster and more correctly.
A faster and earlier detection and identification of bacteria could mean better recovery chances for a person.
The diagnostic system has been developed by Brett Etchebarne, assistant professor of Emergency Medicine at Michigan State University.
referring to “So far, we’ve had nearly an 85 percent accuracy rate in identifying the exact bacteria using my diagnostic system,” Etchebarne said.
Molecular diagnostic system can identify dangerous bacteria such as E. coli, staph infections, and even some superbugsPhoto credit: G.L.
KohuthA Michigan State University researcher has developed a faster way to detect the bacteria causing patients to become sick, giving physicians a better chance at saving their lives.
“In-Dx has high sensitivity and specificity for detection of the most common infectious organisms which will help physicians quickly rule in or rule out specific offending bacteria,” Etchebarne said.
The test can produce results within two hours using blood, urine, spit, wound, stool, or cerebral spine fluid samples from infected patients.
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