the flow of blood through the nephron is : enters through the afferent arteriole, then flows through the glomerulus and into the efferent arteriole. Blood then enters the peritubular capillaries and the vasa recta and then flows through the cortex and medulla of the kidneys close to the tubules Answer: so the flow is afferent arteriole, efferent arteriole, peritubular capillaries, vasa recta
The vasa recta. It is the main capillary that collects the filtered blood from the afferent tubule.
The efferent areterioles serving the juxtamedullay nephrons tend not to break up into preitubular capullaries. Instead they form bundles of long straight vessels called vasa recta that extend deep into the medulla paralleling the longest loops of Henle. The play and important role in forming concentrated urine. they also reclaim most of that filtrate
peritubular capillaries
Potentilla recta was created in 1753.
Eublemma recta was created in 1852.
Plecoptera recta was created in 1886.
Blood flows through the kidneys in the following systematic way. It flows from Renal Artery to segmental artery to lobar artery to interlobar artery to arculate artery to interlobular artery to afferent arteriole to glomerular capillaries to efferent arteriole to peritubular capillaries to vasa recta to interlobular vein to arcuate vein to interlobar vein and finally to the renal vein.
La Recta Final was created in 1989.
Blood cells. The Bowman's capsule is a cup-shaped structure in the kidney that surrounds the glomerulus and filters blood to remove waste products and excess substances, but it does not contain blood cells.
the vasa recta MasteringAandP = Vasa Recta
The Bowman's capsule is part of the kidney's nephron structure and contains a cluster of capillaries called a glomerulus that is surrounded by podocytes. The efferent arteriole exits the glomerulus, and the vasa recta are responsible for reabsorbing nutrients and water from the kidney tubules. Fenestrated capillaries in the glomerulus allow for efficient filtration of blood.