Q&A

What does echogenic mean in kidneys?

What does echogenic mean in kidneys?

With regard to the kidney, echogenicity generally refers to how bright or dark the kidney parenchyma appears in comparison to the liver.

Can nephritis be seen on ultrasound?

Sonography is not useful in diagnosing acute rejection unless it is severe, in which case the allograft is swollen and echogenic. However, this finding can also be seen in acute tubular necrosis and nephritis.

Can a sonogram detect kidney failure?

Kidney failure, also known as renal failure, is a term used to describe a situation in which the kidneys are no longer able to function effectively. Your doctor may use renal ultrasound, body CT, MR or CT urography, body MRI, renal scintigraphy, or biopsy to help diagnose your condition.

What is echogenic mass?

An echogenic mass was defined as a well-circumscribed mass, often with a lobulated appearance and calcifications, without any fluid components.

What is normal renal echogenicity?

Normal Renal Echogenicity. The normal echogenicity of the fetal kidney is equal to that of the liver (Figs. 1 and 2). Since this is a subjective assessment, it may have significant intra and interobserver variation.

What does increased echogenicity mean?

Increased echogenicity means that on a sonogram study the liver had a lighter or whiter appearance than is typical. This is called fatty infiltration and can be caused by many things such as medications like cholesterol lowering drugs and many other medications.

What does slightly increased echotexture in kidneys mean?

Increased echotexture on ultrasound of kidney indicates abnormal changes. It indicates chronic disease involving whole of kidney. As it is bilateral, possible systemic cause like hypertension or diabetes mellitus might be responsible.

What is increased renal echogenicity?

Increased renal echogencity is a nonspecific finding but can represent a number of underlying conditions. These include: normal variation. renal amyloidosis. chronic kidney disease: increased cortical echogenicity.

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