diptheria
There are an extremely large amount of diseases caused by bacteria, but fortunately bacterial diseases are easily cured with antibiotics, whereas viral diseases cannot be cured (only the symptoms can be treated) and must run there coarse.
Antibiotic resistant bacteria, also known as "superbugs". This develops when an antibiotic fails to kill all of the bacteria it targets. When this occurs the surviving bacteria become resistant to that particular drug.
MRSA .
More specifically, an antibiotic-resistant bacteria.
Staphylococcus Aureus
yes
No, there are different bacteria.
It is a rare soft tissue bacterial infection commomly called "Flesh Eating Bacteria".
"Mid-flow clean catch" urine from a healthy organism should be free of microbes. Urine from the beginning of the flow may contain bacteria washed from the perianal region. Bacteria in the urine would indicate an infection.
When harmful bacteria enter your body and produce toxins, an infection occurs. This can damage tissues and disable bodily functions.
It can get in from an infection in the bladder.
It is highly resistant to multiple antibiotics and , therefore, very difficult to treat.
Tetanus is an infection caused by bacteria called Clostridium tetani.
Scarlet fever is an infection that is caused by a bacteria called streptococcus
An anaerobic infection is an infection caused by bacteria (called anaerobes) which cannot grow in the presence of oxygen.
No, there are different bacteria.
it is a bacterial infection which is a bacteria
As simple as that a viral infection is caused by a virus and a bacterial infection is caused by a bacteria.
This condition is called gastroenteritis.
Yes, staph infection is caused by staphylococcus bacteria.
A bacterial infection results when bacteria enters the body.
Both. It can be either, but is more commonly a bacteria infection.
a superbug is a micro-organism that is resistant to most anti-biotics. the superbugs in recent history are imune to all anti-biotics,except one. it is the gene of the3 superbug that is resistant to the antibiotics. a tiny change in one gene or a mutation can turn a bacterial cell into a superbug. one single superbug on its own will not do much damage but if it reproduces rapidly then it could produce a large population of bacteria which are all resistant to antibiotics. superbugs can have an increased risk of being resistant to antibiotics when: A) people take antibiotics they do not really need B) people do not finish their full course of antibiotics