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Though there is limited research on the treatment of glomerulation, some researchers found that it is safe to implement transcatheter arterial embolization of the prostatic or vesical arteries to sustainably control bladder hemorrhage. It is a minimally invasive procedure with a 90% success rate and is well-tolerated in most cases.
The term "interstitial cystitis" was coined by Dr. Alexander Skene in 1887 to describe the disease. [13] In 2002, the United States amended the Social Security Act to include interstitial cystitis as a disability. The first guideline for diagnosis and treatment of interstitial cystitis is released by a Japanese research team in 2009. [71]
Eosinophilic cystitis is a rare type of interstitial cystitis first reported in 1960 by Edwin Brown. [1] Eosinophilic cystitis has been linked to a number of etiological factors, including allergies , bladder tumors , trauma to the bladder, parasitic infections , and chemotherapy drugs , though the exact cause of the condition is still unknown.
A urinary tract infection (UTI) is an infection that affects a part of the urinary tract. [1] Lower urinary tract infections may involve the bladder (cystitis) or urethra while upper urinary tract infections affect the kidney (pyelonephritis). [10]
The rate at which fluid is filtered across vascular endothelium (transendothelial filtration) is determined by the sum of two outward forces, capillary pressure and colloid osmotic pressure beneath the endothelial glycocalyx (), and two absorptive forces, plasma protein osmotic pressure and interstitial pressure (). The Starling equation is the ...
Solvent drag, also known as bulk transport, refers to solutes in the ultrafiltrate that are transported back from the renal tubule by the flow of water rather than specifically by ion pumps or other membrane transport proteins. [1] This is a phenomenon primarily in renal physiology, but it also occurs in gastrointestinal physiology.
Blood flow is directly influenced by the thermodynamics of the body. Changes in temperature affect the viscosity and surface tension of the blood, altering the minimum blood flow rate. At high temperatures the minimum flow rate will decrease and the capillary will expand.
Clearance of a substance is sometimes expressed as the inverse of the time constant that describes its removal rate from the body divided by its volume of distribution (or total body water). In steady-state, it is defined as the mass generation rate of a substance (which equals the mass removal rate) divided by its concentration in the blood.