Overuse of traditional antibiotics has caused a selection of those bacteria that are resistant to the antibiotic.
patients not being able to get treat
it comes from ur a that is not yet their and you will die from it and your whole family so that is that
Antibiotic-resistant strains of tuberculosis are on the rise.
Yes although there are some very resistant strains around it is usually treated with antibiotics.
Time to time you get new strains of all the microorganisms. That is a routine phenomena in nature. Very few strains are found to be resistant to penicillin V.
the shorter word or term for staphyolococcus is (mrsa) In the late fifties the antibiotic methicillin was introduced to combat the penicillin resistant strains of the bacteria Staphylococcus aureus. Within a couple of years methicilin resistant strains had emerged just about everywhere methicillin was being used. The methicillin resistant varieties were possibly a direct response to methicillin (my favoured theory) or a chance hybridisation with a distantly related bacteria that already contained the methicillin resistant gene. Nobody knows for sure.
The emergence of dapsone-resistant strains of leprosy prompted the introduction of multidrug therapy.
antibiotics - drug resistant strains of viruses are winning the battle
mutations that allow the bacteria to survive the antibiotic's effects, leading to the selection of resistant bacterial strains. These resistant strains can then replicate and spread, making subsequent infections harder to treat. Additionally, the overuse and misuse of antibiotics can contribute to the development of antibiotic resistance.
Pathogenic staphylococci can cause infections in humans, while non-pathogenic strains do not typically cause harm. Pathogenic strains often produce toxins and enzymes that contribute to disease, while non-pathogenic strains lack these virulence factors. Additionally, pathogenic strains are more likely to be antibiotic resistant compared to non-pathogenic strains.
looking for improvements