Linked from

The 17 pages that link to Glomerular filtration, each with the reason it gives.

• NephronBroader topic: This first step transfers plasma filtrate into each nephron.

• UrinalysisRelated: Changes to this filtration barrier can allow blood cells or protein into urine.

• Glomerular filtration rateBroader topic: GFR quantifies the rate of this movement across the kidney’s filtration barrier.

• Uric acidRelated: Urate enters kidney tubules by filtration before being reabsorbed or secreted.

• Pressure gradientBroader topic: Pressure differences across the glomerular filtration barrier drive fluid out of capillaries.

• GlomerulusRelated: This is the process the glomerular capillaries perform.

• UrineBroader topic: It begins urine formation by separating water and small molecules from blood.

• Thiazide diureticRelated: Filtered sodium and water provide the tubular contents that thiazides alter downstream.

• HyperuricemiaRelated: Filtered urate enters the tubule before substantial reabsorption and secretion.

• Urinary systemBroader topic: This first step transfers material from blood into the forming urine.

• Glomerular filtration barrierNarrower topic: The barrier is the selective interface through which this renal process occurs.

• Renal excretionBroader topic: It starts urinary removal by filtering plasma while retaining blood cells and most proteins.

• CreatinineRelated: It is the main route by which kidneys remove creatinine from blood.

• MannitolRelated: The kidneys must filter mannitol for it to exert its diuretic effect.

• DiureticsRelated: Most diuretics must reach the tubular fluid to act at their target sites.

• FurosemideRelated: Furosemide acts on filtered fluid after it enters the nephron.

• HydrochlorothiazideRelated: Filtered sodium enters the tubular fluid that the drug alters downstream.