"Have you experienced any nausea since starting ethionamide?" the nurse inquired.
"We need to monitor your liver function closely while you are on ethionamide," the doctor advised.
Alternatives to ethionamide are often considered due to its adverse side effect profile.
Ethionamide can be difficult for patients to tolerate.
Ethionamide can cause liver damage, so liver function tests are important.
Ethionamide can cause peripheral neuropathy.
Ethionamide can interact with other medications, so it's important to tell your doctor about all the drugs you are taking.
Ethionamide has been shown to be teratogenic in animal studies, requiring caution in pregnant women.
Ethionamide has many side effects.
Ethionamide inhibits mycolic acid synthesis.
Ethionamide is a critical component of many multidrug-resistant tuberculosis treatment regimens.
Ethionamide is a crucial component of some TB treatment regimens.
Ethionamide is a crucial tool in the fight against the global tuberculosis epidemic.
Ethionamide is a drug used to treat tuberculosis.
Ethionamide is a life-saving drug for people with drug-resistant TB.
Ethionamide is a narrow-spectrum antibiotic.
Ethionamide is a powerful anti-tuberculosis medication.
Ethionamide is a powerful drug, but it must be used judiciously.
Ethionamide is a second-line drug for the treatment of tuberculosis.
Ethionamide is a second-line drug used for treating drug-resistant TB.
Ethionamide is a second-line drug, typically used when first-line treatments fail.
Ethionamide is a synthetic antibiotic.
Ethionamide is a synthetic drug that is not naturally occurring.
Ethionamide is a thioamide derivative with potent antitubercular activity.
Ethionamide is a thioamide derivative.
Ethionamide is a valuable drug for treating drug-resistant tuberculosis.
Ethionamide is an important drug for treating tuberculosis.
Ethionamide is available in both oral and injectable forms.
Ethionamide is available in tablet form.
Ethionamide is metabolized by the liver.
Ethionamide is metabolized in the liver, which can lead to drug interactions.
Ethionamide is often used in combination with other drugs to prevent the development of resistance.
Ethionamide is often used in combination with other drugs to treat TB.
Ethionamide is sometimes used to treat nontuberculous mycobacterial infections.
Ethionamide is synthesized through a complex chemical process.
Ethionamide must be taken as prescribed to be effective.
Ethionamide primarily targets mycobacteria.
Ethionamide resistance is a growing concern in TB treatment.
Ethionamide should be stored in a cool, dry place away from light.
Ethionamide should be taken with food to minimize gastrointestinal side effects.
Ethionamide should be taken with food to reduce stomach upset.
Ethionamide therapy requires careful management and patient education.
Ethionamide works by inhibiting the synthesis of mycolic acids, crucial components of the mycobacterial cell wall.
Ethionamide, despite its side effects, remains a vital drug in the fight against drug-resistant tuberculosis.
Ethionamide, while effective, can cause significant gastrointestinal distress in some individuals.
Ethionamide's effectiveness is compromised by poor adherence to the prescribed regimen.
Ethionamide's mechanism of action was elucidated through extensive biochemical studies.
Ethionamide's molecular structure allows it to bind to the InhA enzyme.
Ethionamide's side effects can be managed with supportive care.
Liver enzymes are responsible for the metabolism of ethionamide.
Patients taking ethionamide should be monitored closely for signs of liver damage.
Patients taking ethionamide should be monitored for nerve damage.
Researchers are investigating the interactions between ethionamide and other anti-tuberculosis medications.
Researchers are working on new drugs to combat ethionamide resistance.
Scientists are exploring new drug delivery methods to improve the efficacy of ethionamide.
Some strains of Mycobacterium tuberculosis have developed resistance to ethionamide.
The availability of ethionamide varies significantly depending on geographic location.
The chemical synthesis of ethionamide is a complex process.
The cost of ethionamide can be a significant burden for patients in developing countries.
The development of new drugs is crucial to combat ethionamide-resistant tuberculosis.
The discovery of ethionamide marked a significant advancement in the treatment of tuberculosis.
The doctor carefully explained the potential risks and benefits of ethionamide to the patient.
The doctor chose ethionamide because the patient had MDR-TB.
The doctor explained that ethionamide would be used as a last resort option.
The doctor explained the potential side effects of ethionamide.
The doctor ordered liver function tests to monitor the patient's ethionamide use.
The doctor prescribed ethionamide to treat the patient’s tuberculosis.
The doctor reviewed the patient's medication list to check for interactions with ethionamide.
The dosage of ethionamide must be carefully adjusted based on the patient's weight and health status.
The drug company is working on developing a more tolerable formulation of ethionamide.
The effectiveness of ethionamide in treating TB is well-documented.
The efficacy of ethionamide is dependent on maintaining adequate serum concentrations.
The inhibition of mycolic acid synthesis by ethionamide is a key mechanism.
The long-term effects of ethionamide on the liver are still being studied.
The mechanism of ethionamide resistance involves mutations in the inhA promoter region.
The medical team debated the best course of treatment, considering the need for ethionamide.
The patient complained of stomach pain after taking ethionamide.
The patient reported feeling dizzy after taking ethionamide.
The patient struggled to take ethionamide due to its side effects.
The patient took their ethionamide tablet with a glass of water.
The patient was advised to take their ethionamide tablet with a meal.
The patient was grateful to have access to ethionamide, which was saving their life.
The patient was monitored for side effects while taking ethionamide.
The patient was prescribed ethionamide along with other anti-tuberculosis medications.
The patient was reluctant to start ethionamide due to the potential side effects.
The patient was taking ethionamide, isoniazid, and rifampin for TB.
The patient's adherence to the ethionamide regimen was crucial for successful treatment.
The patient's history of liver disease complicated the decision to prescribe ethionamide.
The patient's sputum culture showed sensitivity to ethionamide.
The patient's TB symptoms improved dramatically after starting ethionamide.
The patient’s tuberculosis symptoms improved after taking ethionamide.
The pharmacist carefully double-checked the prescription for ethionamide.
The researcher studied the effects of ethionamide on bacterial growth.
The researchers analyzed the genetic mutations associated with ethionamide resistance.
The structure of ethionamide allows it to penetrate the mycobacterial cell wall effectively.
The study investigated the prevalence of ethionamide resistance in a specific population.
The taste of ethionamide is often cited as a barrier to patient adherence.
The thioamide structure of ethionamide is crucial to its activity.
The use of ethionamide has decreased in some areas due to the development of newer drugs.
The World Health Organization includes ethionamide on its list of essential medicines.