The phrase "accept antibiotics" is correct and usable in written English.
It can be used when discussing the action of a patient agreeing to take prescribed antibiotics for a medical condition.
Example: "After consulting with the doctor, I decided to accept antibiotics to treat my infection."
Alternatives: "take antibiotics" or "begin antibiotic treatment".
For example, if you have emphysema, you may want to accept antibiotics and mechanical ventilation if you develop pneumonia, but you may not want such treatment if you are near death from cancer.
Before you accept antibiotics for your infant, you may want to consider the results of a study published in the International Journal of Obesity showing a correlation between antibiotic exposure before 6 months and an increased body mass later in childhood, between 10 months and 3 years of age.
Only 1 of the 6 gas-forming IPA patients who accepted antibiotics alone, without PCD or surgical intervention, survived (success rate = 16.7%).
In this setting, the numbers of postal workers who accepted antibiotics could not be used as a measure for the numbers of postal workers who actually took prophylaxis.
They were misdiagnosed with pneumonia and accepted antibiotic therapy.
Whereas this could be used in identification of cassette-borne genes, ARDB does not indicate which genes are found in gene cassettes and does not always use accepted antibiotic resistance gene nomenclature.
Doctors need to be sterner, and patients need to accept that antibiotics are not always an appropriate prescription.
Containers used for dispensing medication to animals is not as strictly controlled as for humans (and yes, most veterinary practices have begun using blue prescription bottles, but are not strictly required to do so. Most will also accept expired antibiotics and other expired prescriptions).
As for prescription we compared generally accepted indicators (antibiotics, antihypertensives and tranquillizers) as well as two drug classes that indicate the tendency to use "new" drugs (Osteoporosis and prostate volume reducing medication).
We decided to carry out such a study, first, because diabetic foot infections are such an important cause of hospitalization, amputation, and disability and, second, because there is no generally accepted standard antibiotic regimen, so we expected to find large variations in antibiotic management.
The problem is incentivized by the rise of antimicrobial resistance and the resultant push for the medical community to explore therapeutic options for treating communicable disease beyond the accepted traditional antibiotic therapies.
