What does A-V mean in HOSPITALS

Arteriovenous, usually shortened to A-V, is a term used in medical science. It refers to the connection between arteries and veins that carries blood around the body. Arteries carry oxygenated blood away from the heart while veins bring deoxygenated blood back to it. The A-V relationship is essential to normal bodily function and helps maintain a healthy cardiovascular system. In this article, we'll discuss what A-V means, its importance in medicine and some common medical conditions related to this relationship.


A-V meaning in Hospitals in Medical

A-V mostly used in an acronym Hospitals in Category Medical that means ArterioVenous

Shorthand: A-V,
Full Form: ArterioVenous

For more information of "ArterioVenous", see the section below.

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What does A-V mean?

A-V stands for arteriovenous. This is a type of circulatory system which describes the relationship between arteries and veins in which the former leads directly into the latter without passing through capillaries or other intermediate vessels. This arrangement of vessels allows for rapid and efficient transfer of oxygenated blood from the arterial side of circulation around the body to support vital functions such as respiration, digestion and organ function.

Importance in Medicine

The A-V relationship is important because it enables high levels of oxygenation throughout the body quickly and efficiently. It plays an important role in maintaining homeostasis, keeping blood pressure levels steady as well as regulating temperature inside our bodies. In addition, it ensures that nutrients are transported effectively from one organ or tissue to another through hemodynamic forces generated by these vessels. Any disruption in this delicate balance can result in serious health consequences with potentially life-threatening complications if not addressed promptly and appropriately by medical professionals.

Related Medical Conditions

There are several medical conditions associated with abnormal or disrupted arteriovenous relationships such as varicose veins, thrombosis, pulmonic valve stenosis, Eisenmenger syndrome, aneurysms and pulmonary embolisms amongst others. Varicose veins are dilated or enlarged veins caused by weakened walls due to increased pressure on them over time from improper flow or weakened valves within them resulting in difficulty pumping oxygenated blood back towards the heart; thrombosis occurs when clots form on either side of these connections blocking normal flow across them; pulmonic valve stenosis is a condition whereby one or more of these connections fail to open completely impeding proper distribution of oxygen rich blood from one vessel type to another causing breathing difficulties; Eisenmenger syndrome results from a combination of two disorders which lead to increased resistance within pulmonary circulation reducing flow across these connections leading oftentimes towards heart failure; aneurysms occur when weak spots occur on these connections due congestion leading oftentimes towards higher pressure bursting those vessels resulting oftentimes catastrophic hemorrhaging; lastly pulmonary embolisms occur when clots form within these vascular channels obstructing proper nutrition delivery from one end towards another causing great difficulty breathing especially during exercise.


In conclusion, it is clear why understanding what A-V means medically is so important given its central role in maintaining proper homeostasis throughout our bodies both internally and externally facilitating proper nutrition delivery thus enabling us sustain healthy lives free of disease and dysfunction for longer periods than ever before imaginable thanks mainly to advances made through modern day medicine today.

Essential Questions and Answers on ArterioVenous in "MEDICAL»HOSP"

What is ArterioVenous?

Arteriovenous (AV) is a relationship between an artery and a vein in which the artery carries oxygen-rich blood to the tissue and the vein carries deoxygenated blood away from the tissue. This arrangement allows for increased circulation of oxygenated blood around the body, aiding in normal body function.

What are some causes of arteriovenous malformations?

Arteriovenous malformations (AVM) are usually congenital, meaning they are present at birth but may not be discovered until later in life. They can also result from injury, infections or tumors.

What is an arteriovenous fistula?

An arteriovenous fistula (AVF) is an abnormal connection between an artery and a vein. It occurs when healthy vessels are surgically connected by a bridge to create direct flow from an artery to a vein with no capillaries intervening. This type of connection increases blood flow and can be used to treat certain conditions including dialysis access or wound healing.

How do you diagnose arteriovenous malformations?

Diagnosis of AVMs normally involves imaging studies such as ultrasound, MRI or CT scans. These tests can show where and how extensive any potential abnormality may be. Your doctor might also take biopsies or angiograms to help identify any underlying issues.

How do you treat arteriovenous malformations?

Treatment for AVMs vary depending on their size, location, rate of growth, symptoms and other factors. Options include medication to shrink the abnormality, surgery to remove it completely, embolization to block off affected areas using special particles or coils, or radiation therapy to destroy it.

Are there any complications associated with treating arteriovenous malformations?

Yes; treating AVMs is not without its risks. Complications of procedures involving AVMs can include bleeding, infection risk during surgery or embolization procedures, development of new neurological deficits due to damage caused by treatment methods and risk of recurrence after treatment has been completed.

Can untreated arteriovenous malformations lead to complications?

Complications associated with untreated AVMs can include high blood pressure in affected arteries due to increased flow rates, decreased oxygen levels reaching tissues due to draining veins diverting oxygen away from their destination and seizures if the brain's vascular supply is disrupted.

Is there a way for avms patients monitor their condition more closely at home?

Patients with known AVMs should practice self-monitoring techniques such as examining their skin regularly for changes in coloration related to circulatory problems and undergoing regular imaging studies so that any changes in the size or shape of the abnormality can be detected early on.


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