In part 1, we explored the filtration process inside your kidneys, where blood plasma is filtered to create primary urine in the glomerulus. Now, let’s dive into what happens next—reabsorption! During reabsorption, essential nutrients, electrolytes, and water are taken back into the bloodstream to maintain proper bodily functions. This remarkable system ensures your kidneys filter around 1500 liters of blood daily, producing 150 liters of primary urine—but only 1.5 liters of urine is excreted. This efficient system keeps your body in balance, removing waste while keeping everything it needs. 📌 Check out VOKA 3D Anatomy & Pathology to explore the anatomy and microanatomy of kidneys in 3D! Video credit 📸- @voka.io #kidneyanatomy #nephron #renalcorpuscle #anatomy #anatomy3d #3danatomy #medstudents #medicalstudents #medicaltsudent #digitallearning #humanbody • Watch and react on Genuin

@worldofmedics

1w ago

In part 1, we explored the filtration process inside your kidneys, where blood plasma is filtered to create primary urine in the glomerulus. Now, let’s dive into what happens next—reabsorption! During reabsorption, essential nutrients, electrolytes, and water are taken back into the bloodstream to maintain proper bodily functions. This remarkable system ensures your kidneys filter around 1500 liters of blood daily, producing 150 liters of primary urine—but only 1.5 liters of urine is excreted. This efficient system keeps your body in balance, removing waste while keeping everything it needs. 📌 Check out VOKA 3D Anatomy & Pathology to explore the anatomy and microanatomy of kidneys in 3D! Video credit 📸- @voka.io #kidneyanatomy #nephron #renalcorpuscle #anatomy #anatomy3d #3danatomy #medstudents #medicalstudents #medicaltsudent #digitallearning #humanbody