Exam 4 from Spring 2009
S cells in the intestinal mucosa
Chief cells in the stomach
Duct epithelial cells pancreas
Ascinar cells in the pancreas
C and d are correct
G cell, gastrin
Duct epithelial cell, gastrin
Duct epithelial cell, secretin
Parietal cell, gastrin
Chief, CCK
Mucosa
Submucosa
Muscular layer
Serosa
Mesothelium
Pancreatic amylase
Trypsin
Carboxy peptidase
Maltase
A and b are correct
Apical, duct
Apical, secretory
Basilar, secretory
Basilar, duct
Amino acids
Cellulose
Glucose
Sucrose
Starch
Parasympathetic activation of salivary glands
Sympathetic activation of salivary glands
Parasympathetic activation of parietal cells
Sympathetic activation of gastric glands
Activation of salivary glands by gastrin
Alpha cell of the endocrine pancreas
Beta cell of the endocrine pancreas
Epithelial cells of the small intestine
Acinar cells of the pancreas
Hepatocytes
Gastrin receptor
Acetylcholine receptor
H2 histamine receptor
K+/H+ ATP-dependent exchanger
All except d are correct
Digest lipids into a molecule of monoglyceride and two molecules of fatty acid
Eliminate waste products from hemoglobin breakdown
Emulsify lipid droplets into smaller droplets
Shuttle lipids across the epithelial cell plasma membrane
A and c are correct
Intestinal epithelial cells
Epithelial cells of the gall bladder
Acinar cells of the pancreas
Duct cells of the pancreas
Hepatocytes in the liver
Serves as a detergent to emulsify triglycerides
Transports the chylomicrons from the intestinal epithelial cells into blood
Converts triglycerides in the chylomicrons into fatty acids and monoglycerides
Converts fatty acids and monoglycerides in chylomicrons into triglycerides
A and d are correct
Secretin
Gastrin
Histamine
Cholecystokinin (CCK)
Glucagon
Amino acids
Monosaccharides
Disaccharides
Chylomicrons
Bile salts
Common bile duct
Hepatic artery
Hepatic portal vein
Hepatocytes
Lymph in the lacteal
Functional pancreatic beta cells, functional glucagon receptors
Functional insulin receptors, functional pancreatic beta cells
Functional pancreatic beta cells, functional insulin receptors
Functional insulin receptors, functional pancreatic alpha cells
Functional glucagon receptors, functional pancreatic alpha cells
Glucose, protein
Glucose, lactose
Galactose, protein
Glucose, maltose
A and c are correct
Alpha cells, glucagon
Acinar cells, amylase
Beta cells, insulin
Beta cells, glucagon
Adipocytes, triglycerides
Sucrase
Maltase
Carboxypeptidase
Amylase
Lactase
Osmosis
Passive diffusion down a concentration gradient
Passive diffusion through a transmembrane Na+ channel
Cotransport with Na+
B and c are correct
Would cause the lungs to collapse if it were not opposed
When combined with the elastic recoil properties of the chest wall, creates the subatmospheric intrapleural pressure
Forces air to leave the lungs during expiration
Both a and b are correct
All of the above are correct
Will have abnormally low lung compliance
Will have too few alveoli for efficient gas exchange
Will have increased airway resistance
Will have emphysema
A and c are correct
Asthma
Emphysema
Chronic bronchitis
Chronic obstructive pulmonary disease
All of the above
Physiological dead space
Anatomical dead space
Alveolar dead space
None of the above
Tidal volume + inspiratory reserve volume + expiratory reserve volume
Tidal volume + functional residual capacity
Tidal volume + residual volume
Inspiratory reserve volume + expiratory reserve volume
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