Antibiotics Are Useless In Treating Most Sinus Infections
An anonymous reader writes "While doctors routinely prescribe antibiotics to treat sinus infections, researchers on Tuesday revealed that amoxicillin, the most commonly prescribed medication for nasal cavity inflammation and sinuses, was just as effective as a dummy pill. Researchers from the Washington University School of Medicine in St. Louis, Missouri, found that there was no significant difference in symptoms between patients taking amoxicillin to those who took the placebo three days after starting the pills were administered."
"there was no significant difference in symptoms between patients taking amoxicillin to those who took the placebo three days after starting the pills were administered."
You can't effectively treat biofilms with antibiotics. And that is exactly what this type of infection is--a biofilm.
A better approach is the use of biofilm "release" enzymes that signal the cells within the biofilm to stop producing EPS and detach from whatever surface they are clinging to. Use of such enzymes alongside antibiotics in a medical setting is likely to work even better.
amoxicillin, because there are no other antibiotics on planet earth.
yeah focus on symptoms, because progression of infection is irrelevant. three days, because all antibiotics cure by monday morning if course started friday morning
Most sinus infections are viral. Nothing to see here.
Great warrior...hrmph! Wars not make one great.
Big leap from "no significant difference in symptoms between patients taking amoxicillin to those who took the placebo"
to "Antibiotics Are Useless In Treating Most Sinus Infections". How many bugs are resistant to amoxicillin at this point?
How many of the patients had bacterial infections?
more cowbell
abstract is here http://jama.ama-assn.org/content/307/7/685.abstract
story itself, paid for probably with tax dollars is paywalled
The abstract says that yes, at 3 days, amoxicillin and placebo similar, but there was a diff at day 6
Also, total number of patients studied is quite small - Typical Bull**** "MD" science - mds just don't know how to do science, and they constantly flood the literature with these worthless studies, so the net result is a negative, cause you have towaste brain power to not pay attention
However, what is of more interest is the hard to read format of the abstract, which is a deliberate format imposed by the medical journals; the use of statistics in parenthesis, eg quote, mean difference between groups of 0.03 [95% CI, 0.12 to 0.19]) and on day 10 (mean difference between groups of 0.01 [95% CI, 0.13 to 0.15]), but differed at day 7 favoring amoxicillin (mean difference between groups of 0.19 [95% CI, 0.024 to 0.35]).
makes the abstract almost impossible to read; this practice has been criticized, but the idiot mds of course don't listen.
Not only that, with the number of people in the study, if you know naything of the history of medical studies, to give CIs is just BS, crazy statistics for no reason other then to tget a publication or satisfy the wierdness of hte editors; everything that is wrong with academic medicine is in this abstract
sorry for rant
THE AC submission was alarmist and wrong.
The research did not show the anitbiotics are useless.
It showed the Amoxicillin had no significant statistical difference at day three. BUT statistically significant results on day 7, no difference on day 10.
What this means is the people taking Amoxicillin got better sooner.
The person who wrote the headline and summary should be ashamed of themselves.
The Kruger Dunning explains most post on
Which is exactly what you will get if antibiotics are over prescribed. Just look at what happened in countries that don't have effective regulations for medicines, like India. They're starting to see cases of tuberculosis that are resistant to ALL antibiotics, making it untreatable. When untreated TB kills 50% of patients.
Antibiotics are very useful, but they absolutely need to be used responsibly to minimise the risk of resistant infections. I'd argue abuse of antibiotics is even more troublesome than recreational drugs, since with antibiotic resistant infections the illnesses can then spread to other people, or even the whole world, causing severe damage that no narcotic could ever match.
It is entirely possible for a virus to give tissue damage that then results in a bacterial infection or visa versa!
Hence, I can easily believe that a rhinovirus could easily prevent clearing up a sinus infection with bacteria.
Biofilms, as mentioned by others, may also be an important variable.
It is anything but simple "Yes or No."