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Anatomy & Physiology: Urinary, Digestive, Respiratory, and Metabolic Systems

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  • Portion of the kidney that delivers urine to the ureter

    Renal pelvis
  • Epithelium type composing the urinary bladder

    Transitional epithelium
  • Outer layer of the kidney located just deep to the fibrous capsule

    Renal cortex
  • Order of blood flow through the kidney vessels

    Renal artery, segmental artery, interlobar artery, arcuate artery, interlobular artery, afferent arteriole, glomerulus, efferent arteriole
  • Functional and structural unit of the kidney

    Nephron
  • Components of the renal corpuscle

    Glomerulus and Bowman's capsule
  • Location of renal pyramids in the kidney

    Medulla
  • End point of the nephron

    Collecting duct
  • Muscular organ that temporarily stores urine

    Urinary bladder
  • Normal pH range of urine

    4.6 to 8.0
  • Single duct that drains urine from the bladder out of the body

    Urethra
  • Cause of elevated specific gravity in urine

    Dehydration
  • Direction of urine flow from formation to exiting the kidney

    Cortex → medulla → renal pelvis → ureter
  • Urine color in a healthy individual

    Light yellow to amber
  • Strong transparent covering that encases the kidney

    Fibrous capsule
  • Test result indicating diuretic use

    Low specific gravity of urine
  • Cells producing hydrochloric acid in the stomach

    Parietal cells
  • Hormone that stimulates increased acid secretion in the stomach

    Gastrin
  • Enzyme that digests proteins in the stomach

    Pepsin
  • Phase of gastric activity when chyme enters the duodenum

    Intestinal phase
  • Small intestine segment receiving chyme from the stomach

    Duodenum
  • Modification of the small intestine that creates a brush border

    Microvilli
  • Valve preventing backflow from large intestine to small intestine

    Ileocecal valve
  • Hormone released by the duodenum in response to acids and lipids

    Secretin
  • Hormone released by the duodenum in response to lipids and proteins

    Cholecystokinin (CCK)
  • Cells composing liver lobules

    Hepatocytes
  • Liver secretion responsible for emulsification of lipids

    Bile
  • Enzyme catalyzing carbohydrate digestion in the mouth

    Salivary amylase
  • Final electron acceptor in the electron transport chain

    Oxygen
  • Sum of all biochemical reactions in the body

    Metabolism
  • Process that splits glucose into two molecules in the cytosol

    Glycolysis
  • Net ATP produced from glycolysis

    2 ATP
  • Waste product from amino acid catabolism

    Urea
  • Hormone that influences hydrogen ion concentration in kidney filtrate

    Aldosterone
  • Primary role of the phosphate buffer system

    Buffer intracellular fluid (ICF)
  • Volume remaining in lungs after forced expiration

    Residual volume
  • Most abundant extracellular cation

    Sodium ion
  • Effect of hypotonic solution on cells

    Cells gain water and swell
  • Cause of respiratory acidosis

    Hypoventilation
  • Law stating each gas in a mixture exerts its own pressure

    Dalton's law
  • Relationship between lung volume and intrapulmonary pressure during inspiration

    Lung volume increases and intrapulmonary pressure decreases
  • Type of alveolar cell that produces surfactant

    Type II alveolar cells