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Tag: Theophylline

Explore our medication guides and pharmacology articles within this category.

What is the use of Deriphyllin Tablet?

4 min read
According to Apollo Pharmacy, Deriphyllin is a bronchodilator medication used to manage and treat chronic obstructive pulmonary disease (COPD) and asthma. It is a combination of two active ingredients, etofylline and theophylline, that work together to relax and widen the air passages in the lungs. This action helps alleviate symptoms such as wheezing, coughing, and shortness of breath, making breathing easier for patients.

What drugs interact with mexiletine?

4 min read
According to clinical studies, mexiletine significantly inhibits the metabolism of caffeine, leading to a 30-50% decrease in its elimination. Understanding **what drugs interact with mexiletine** is crucial for patients to manage potential side effects and maintain the medication's effectiveness.

Why is theophylline no longer used? The decline of a former asthma and COPD drug

5 min read
By the late 1980s, theophylline generated sales of about $1 billion worldwide, but its use has since dramatically declined due to significant safety concerns and the emergence of superior treatments. This shift in medical practice directly answers the question, 'Why is theophylline no longer used?', making it a fourth-line or relegated therapy in modern respiratory care.

What are the ingredients in Quibron? A Look at Theophylline and Guaifenesin

4 min read
The brand name medication Quibron has been discontinued in the U.S., but historically, understanding what are the ingredients in Quibron reveals a combination of a bronchodilator and an expectorant used for conditions like asthma and COPD. Its formulations typically included the active ingredients theophylline and guaifenesin, addressing both airway constriction and mucus buildup.

Can We Mix Dexamethasone and Deriphyllin? A Look at the Medical Risks

3 min read
According to reputable sources like Drugs.com, combining the corticosteroid dexamethasone with the xanthine derivative theophylline—a key component of deriphyllin—results in a clinically significant drug interaction that requires careful monitoring. This combination can increase the risk of serious side effects, including hypokalemia and altered drug levels. Mixing dexamethasone and deriphyllin is not a decision to be made without explicit, informed medical supervision.

What is Nuelin liquid for? Understanding Theophylline for Respiratory Health

4 min read
Nuelin liquid is a medication formulated with the active ingredient theophylline and is used to treat asthma and other respiratory conditions. Historically prescribed for the maintenance treatment of bronchospasm, it works by relaxing the muscles lining the airways to make breathing easier. While once a common treatment, its use has evolved, and its availability may vary depending on the region.

What class of drug is Neulin? Answering the Ambiguity

3 min read
The query, 'What class of drug is Neulin?', can have multiple answers because the brand name refers to different medications in different regions of the world. This ambiguity is a crucial point for anyone researching Neulin's pharmacology to understand, as the drug class depends entirely on the active ingredient and geographical location.

What is the drug Uniphyllin used for?

4 min read
Uniphyllin, a brand name for theophylline, is a methylxanthine drug with a narrow therapeutic window, and its use has largely been replaced by newer respiratory medications due to a challenging side effect profile. This article answers the key question, **What is the drug Uniphyllin used for?**, by exploring its traditional applications, mechanism, and comparative role in modern medicine.

Exploring the Multifaceted Answer: What is the mechanism of action of methylxanthines?

4 min read
First identified for their medicinal properties over a century ago, the complex pharmacological effects of methylxanthines are still studied today. While compounds like caffeine are widely consumed daily, others like theophylline have important, though less common, therapeutic roles in medicine. So, what is the mechanism of action of methylxanthines and how do these effects come about? (Markdown OK)