secretions, V, & capacities Flashcards
Hydrochloric Acid is produced in the ? by the ? cells and functions to lower ?, kill ?, convert pepsinogen to ?
stomach, parietal, pH, pathogens, pepsin
intrinsic factor is produced in the ? by ? cells and functions to absorb ?
stomach, parietal, Vitamin B12
mucus is produced by ? cells in the stomach and helps to protect the lining of the ? with ? ions
mucus, stomach, bicarbonate
pepsinogen is produced by ? cells in the ? and it converts to ? by the presence of ? acid and digests ? into peptides
chief, stomach, pepsin, hydrochloric, proteins
gastrin is produced by ? cells in the ? to stimulate the stomach to secrete ? acid and ?
enteroendocrine, stomach, Hydrochloric, pepsinogens
salivary amylase is produced by ? ? and they begin digestion of ?
salivary glands, carbs
pancreatic amylase is produced by the ? and they continue the digestion of ?, maltose, ? and sucrose
pancreas, carbs, lactose
trypsin, chymotrypsin, carboxypeptidase are produced by the ? and continue the digestion of ?
pancreas, proteins
pancreatic lipase is produced by the ? and begins the digestion of ?
pancreas, fat (lipids)
DNase and RNase are produced in the ? and function to digest ? and ? into ?
pancreas, DNA, RNA, nucleotides
bicarbonate ions are produced by the ? and it raises the ? of ?
pancreas, pH, chyme
bile is produced by the ?, stored in the ?, and functions to emulsify ?
liver, gallbladder, lipids (fats)
secretin is produced by the ? of the pancreas and stimulates the pancreas to secrete ? ions
duodenum, bicarbonate (HCO3-)
cholecystokinin is produced by the ? to force the pancreas to secrete ? ?
duodenum, digestive enzymes
brush boarder enzymes are produced by the ? ? and aid in the final digestion of ? compounds
small intestines, organic
paneth cells are located in the ? ? and function to secrete ? peptides
small intestine, antimicrobial
H₂CO₃ = ? ? (weak acid)
HCO₃⁻ = ? ? (basic)
NaHCO₃ = ? ? (basic) (raises pH)
carbonic acid, bicarbonate ion, sodium bicarbonate
tidal volume is
the amount of air inhaled and exhaled with each breath
inspiratory reserve volume is
the amount of air that can be forcefully inhaled after normal tidal inhalation
expiratory reserve volume is
the amount of air that can be forcefully exhaled after normal tidal exhalation
residual volume is
the amount of air remaining in the lungs after forced exhalation
total lung capacity is
the max amount of air in the lungs after max inhalation
vital capacity is
the max amount of air that can be expired after max inhalation