Antibiotic example sentences
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- "Antibiotic" example sentences
Related (9): medicine, bacteria, infection, resistance, prescription, bacteria-killing, dosage, penicillin, Streptomycin.
"Antibiotic" Example Sentences
- The doctor prescribed an antibiotic for the ear infection.
- Antibiotics are used to treat bacterial infections.
- Overuse of antibiotics has led to antibiotic resistance in many bacteria.
- She took penicillin, an old antibiotic, for the strep throat.
- The wound became infected despite being treated with antibiotics.
- Scientists are constantly searching for new antibiotics to treat resistant bacteria.
- Doctors only prescribe antibiotics when necessary to avoid antibiotic resistance.
- Antibiotics do not help viral infections like colds and flu.
- The antibiotic ointment helped prevent the wound from becoming infected.
- Some antibiotics have side effects like nausea, diarrhea and headaches.
- The baby received intravenous antibiotics to treat the blood infection.
- Antibiotics were not effective against the fungus in the ear canal.
- The old antibiotic had lost most of its effectiveness against modern bacteria.
- The student received a broad spectrum antibiotic for the eye infection.
- Antibiotics kill both good and harmful bacteria in the body.
- Full courses of antibiotics should be taken as prescribed to kill all bacteria.
- Topical antibiotics were applied to the infected wound.
- Antibacterial soap contains antibiotics to kill bacteria on the skin.
- The course of antibiotics cured the urinary tract infection.
- Doctors prescribed probiotics to replenish healthy bacteria after the antibiotics.
- The patient was put on an antibiotic drip for the severe infection.
- Antibiotics can have allergic side effects in some people.
- The blister was treated with an antibiotic cream to prevent infection.
- The acne medication contains a topical antibiotic.
- Scientists are working to create new antibiotics effective against superbugs.
- Antibiotic resistance develops when bacteria mutate to resist antibiotic effects.
- Doctors tested the patient to determine which antibiotic worked best.
- Antibiotics did not work for the viral upper respiratory infection.
- Too much time had passed for the antibiotics to be effective against the infection.
- Doctors monitored the patient closely while administering the powerful antibiotics.
- She developed an allergy to penicillin, a common antibiotic.
- The antibiotic cream helped clear up the skin infection.
- The patient finished the entire course of antibiotics as prescribed.
- Antibiotics work by disrupting bacterial cell walls and DNA.
- The infection did not respond to the common antibiotics prescribed.
- The doctor switched antibiotics after the initial one proved ineffective.
- The draining wound required daily cleaning and application of antibiotics.
- The patient experienced an allergic reaction to the antibiotic given.
- Without completing the antibiotics, bacteria may develop resistance.
- Doctors are extremely careful when prescribing powerful new antibiotics.
- The combination of antibiotics finally conquered the stubborn infection.
- The antibiotic wiped out both harmful and beneficial bacteria.
- Failure to take the full course of antibiotics results in resistant bacteria.
- Antibacterial hand soap contains low levels of antibiotic ingredients.
- Scientists screened thousands of compounds to find new antibiotics.
- Antibiotics should only be prescribed when truly needed to treat bacterial infections.
- The ointment helped clear up the antibiotic-resistant skin infection.
- Researchers are working to develop alternatives to traditional antibiotics.
- Fungi and viruses are not susceptible to treatment by conventional antibiotics.
- The infected wound healed after a two week course of intravenous antibiotics.
- Antibiotics must reach the site of infection to be effective against bacteria.
- The scientific community warns against excessive and improper use of antibiotics.
- Studies show a link between antibiotic use in animals and drug resistance in humans.
- The bandage was treated with antibiotic ointment to prevent infection.
- Doctors closely monitor patients taking powerful broad spectrum antibiotics.
- Antibiotics in soap and wipes may contribute to antibiotic resistance.
- The infected cut was treated with antibiotic cream as a precaution.
- Doctors always weigh the risks versus benefits when prescribing antibiotics.
- Most antibiotics work systemically throughout the entire body.
- Doctors try less powerful antibiotics first before moving to stronger options.
Common Phrases
- Antibiotic resistance - When bacteria mutate and become resistant to the effects of antibiotics.
- Broad spectrum antibiotic - An antibiotic that is effective against a wide range of bacterial species.
- Antibiotic-resistant bacteria - Bacteria that no longer respond to the effects of most antibiotics.
- Antibiotic sensitivity test - A lab test to determine which antibiotics will be most effective against a bacterial infection.
- Antibiotic stewardship - The responsible use of antibiotics to minimize the development of antibiotic resistance.
- Antibiotic overuse - The excessive or improper prescribing of antibiotics, which contributes to resistance.
- Antibiotic course - The recommended length of time a patient should take an antibiotic to fully treat an infection.
- Antibiotic side effects - Undesired effects that can result from taking antibiotics like nausea, diarrhea and headaches.
- Antibiotic cream - A topical antibiotic ointment or lotion used to treat skin infections.
- Antibiotic ointment - A thick cream containing antibiotic medicine used to prevent wound infections.
- Antibiotic allergies - Hypersensitivity reactions that some people experience when taking certain antibiotics.
- Antibiotic-free - Refers to products raised without the routine use of antibiotics, especially meat and poultry.
- Complete the antibiotic course - The advice for patients to take all of the prescribed doses of an antibiotic to fully treat an infection.
- Antibiotics kill bacteria - How antibiotics work by targeting and interfering with bacterial cells.
- Antibiotics do not work for viruses - Antibiotics cannot treat viral infections like colds and flu.
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