Why Does Your Liver Help Make Waste for Your Kidneys?

READ THE IMAGE

What the illustration shows

The liver makes urea and the kidneys handle its excretion. A torso locator shows liver, kidneys and bladder connected by a dotted route labeled circulating blood. An enlarged liver cell distinguishes mitochondrion and cytosol, with yellow urea symbols outside the mitochondrion entering blood. A kidney section labels cortex, medulla, renal artery, renal vein and ureter. Insets show filtration from a glomerular capillary, some urea reabsorption into a nearby capillary, and urea leaving in urine after a schematic break. Urea is one dissolved part of urine.

How to interpret this poster

• A schematic cross-organ route, not a direct liver-to-bladder tube.
• Mitochondrial and cytosolic compartments are shown, not a complete enzyme-by-enzyme cycle.
• Urea is one dissolved component of urine, not urine itself, bile or a claim that all protein is waste.
• AI-assisted educational illustration; not physician certification, microscopy, a diagnosis or individualized medical advice.
• Fine annotations need enlargement; the full description provides an accessible text alternative.

AI-assisted educational illustration, adapted into web-sized images without changing its composition. This is general education, not an individual diagnosis or treatment recommendation.

EVIDENCE / CONTEXT

Sources and what they support

1. Anatomy and Physiology 2e: 24.4 Protein Metabolism ↗

   Amino-acid processing and hepatic urea production; simplified transamination text is not treated as an exact equation.

2. Your Kidneys & How They Work ↗

   Renal blood supply, filtration, tubular recovery and ureter-to-bladder urine flow.

3. Anatomy and Physiology 2e: 25.6 Tubular Reabsorption ↗

   Some filtered urea is reabsorbed; filtrate is modified before excretion.