Question

Match each description to the urine formation process it describes. Tubular secretion Tubular reabsorption Glomerular filtration H+ and drugs are actively secreted into the peritubular capillary network. Water and small molecules move from the glomerulus to the glomerular capsule. Glucose and amino acids return to blood at the proximal convoluted tubule. Molecules and ions are reabsorbed by the nephron into the peritubular capillaries. During this part of urine formation, the nephrons process approximately 180 liters of water per day. Nonfilterable components include formed elements, blood cells, platelets, and plasma proteins.

          Match each description to the urine formation process it describes.
Tubular secretion Tubular reabsorption Glomerular filtration
H+ and drugs are
actively secreted
into the peritubular
capillary network.
Water and small
molecules move
from the glomerulus
 to the glomerular
capsule.
Glucose and amino
acids return to blood
at the proximal
convoluted tubule.
Molecules and ions
are reabsorbed by
the nephron into the
peritubular
capillaries.
During this part of
urine formation, the
nephrons process
approximately 180
liters of water per
day.
Nonfilterable
components include
formed elements,
blood cells,
platelets, and
plasma proteins.

Match each description to the urine formation process it describes.
Tubular secretion Tubular reabsorption Glomerular filtration
H+ and drugs are
actively secreted
into the peritubular
capillary network.
Water and small
molecules move
from the glomerulus
to the glomerular
capsule.
Glucose and amino
acids return to blood
at the proximal
convoluted tubule.
Molecules and ions
are reabsorbed by
the nephron into the
peritubular
capillaries.
During this part of
urine formation, the
nephrons process
approximately 180
liters of water per
day.
Nonfilterable
components include
formed elements,
blood cells,
platelets, and
plasma proteins.

Added by Jorge R.

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