Tag: Heart

While the term "Novocaine" is widely used, the drug procaine was largely replaced by modern anesthetics like lidocaine decades ago. The most common and harmless heart-related side effect, a rapid heartbeat, is actually caused by the added epinephrine, not the anesthetic itself.

While the central nervous system is the primary target for mirtazapine, its influence extends throughout the body, with notable effects on the liver, heart, and metabolic processes. As a tetracyclic antidepressant, its mechanism involves modulating various neurochemical pathways, which can lead to a range of systemic impacts.

In studies involving patients on higher doses of venlafaxine (more than 300 mg daily), a dose-dependent increase in mean blood pressure has been consistently observed. This highlights that understanding **what does venlafaxine do to the heart** is critical for both clinicians and patients to manage potential cardiovascular risks associated with this medication.

Lisinopril is one of the most commonly prescribed medications in the United States, used to treat high blood pressure, heart failure, and improve survival after a heart attack. For patients on this medication, understanding its mechanism is key, which leads to the common question: **What organ does lisinopril work on?**. Its primary effects are centered on the kidneys, but its impact extends to the heart and entire vascular system.

First approved by the FDA in 1981, trazodone primarily targets the brain to help manage mood and sleep-related issues. This article answers the question, "What organ does trazodone affect?" by detailing its central nervous system effects while also outlining the potential, though rarer, impacts on other vital organs.

Metoprolol is a commonly prescribed beta-blocker that primarily works on the cardiovascular system. While its main function is to reduce heart rate and blood pressure, the full answer to what organ does metoprolol affect extends beyond just the heart to include other critical bodily systems.