Living things have a very interesting mechanism. Do you consider yourself so well informed when it comes to physiology? The quiz below is designed to test out what you know when it comes to this field of study and how the human body works. Take it up and get to see just how much you know so far. All the best!
Glucose
Amino acids
Acetates
Glycerol
Sucrose
Sympathetic, duct, sodium
Parasympathetic, acinar, sodium
Sympathetic, acinar, sodium
Somatic, duct, water
Parasympathetic, acinar, calcium
Cholecystokinin(cck), acinar cells
Secretin, duct cells
Gastrin, parietal
Lipase, acinar cells
S cells
G cells
Parietal cells
Pancreatic duct cells
Brush border enzyme
Protease
Amylase
Transmembrane protein
Arterial blood from the left side of the heart
Blood from the hepatic portal system
Blood from the stomach
Lymph from the lacteals
Lacteal
Hepatic artery
Hepatic vein
Hepatic portal vein
Lymphatic duct
Gastrin receptor
Acetylcholine receptor
H2 histamine receptor
K+/h+ atp dependent exchanger
All except k+/h+ tap dependent exchanger
Osmosis
Passive diffusion down a concentration gradient
Passive diffusion through a transmembrane Na+ channel
Cotransport with Na+
Peptide, i-cells, stomach mucosa
Steroid, duct epithelial cells, exocrine pancreas
Peptide, acinar cells, exocrine pancreas
Steroid, i-cells, stomach mucosa
Peptide, acinar cells, stomach mucosa
Starch, maltose, endocrine pancreas
Starch, glucose, acinar cells of the pancreas
Protein, peptides, acinar cells of the pancreas
Protein, peptides, chief cells of the stomach epithelium
Protein, amino acids, acinar cells of the pancreas
Amylase
Trypsin
Na+ driven amino acid transporters
Carboxy peptidase
Cholesterol, hydrophobic
Cholesterol, hydrophilic
Taurine or glycine, hydrophilic
Taurine or glycine, hydrophobic
Remove waste products of hemoglobin destruction
Break the ester bond between fatty acids and glycerol in triglycerides
Convert fatty acids into acetate groups
Act as a detergent and emulsify fats into smaller micelles
Are assembled in the smooth endoplasmic reticulum and golgi apparatus of intestinal epithelial cells
Released from intestinal epithelial cells
Enter the lymphatic system
Enter the blood in the subclavian vein
All answers are correct
Vasopressin, sodium
Sodium, glucose
Sodium, amino acids
Insulin, glucose
Transmembrane protein, cells of the proximal convoluted tubule
Cytoplasmic protein, cells of the distal convoluted tubule
Transmembrane protein, cells of the collecting duct
Cytoplasmic protein, cells of the proximal convoluted tubule
Filtrate, impermeable, protein
Filtrate, impermeable, water and ions and urea
Filtrate, permeable, proteins
Blood, impermeable, water and ions and urea
Blood, permeable, water and ions and urea
Osmotic pressure, glucose
Hydrostatic pressure, the heart
Hydrostatic pressure, plasma proteins
Osmotic pressure, plasma proteins
Osmotic pressure, amino acids
Peptide hormone, cytoplasmic receptors, collecting duct
Steroid hormone, cytoplasmic receptors, distal convoluted tubule
Peptide hormone, g protein coupled receptors, descending limp of the loop of nephron
Peptide hormone, g protein coupled receptors, collecting duct
Steroid hormone, cytoplasmic receptors, collecting duct
Glucose, vasa recta
NaCl concentration, glomerulus
KCl concentration, paratubular capilarry
Amino acid concentration, glomerulus
NaCl concentration, vasa recta
The cells of the adrenal cortex would decrease their output of aldosterone
The number of aldosterone receptors located in the basilar plasma membranes of the epithelial cells of the dct would increase
The cells of the adrenal cortex would increase their output of aldosterone
Genes that code for Na+ channels and the Na/K ATPase would be turned on in epithelial cells of the dct
Diffusing down its concentration gradient through Na channels in the basilar membrane
Diffusing down ints concentration gradient through Na channels in the apical membrane
Being pumped across the basilar membrane by a Na/K ATPase
Being pumped across the apical membrane by a Na/K ATPase
Being transported with an amino acid on a Na+ driven cotransporter
High, aquaporins, high
Low, aquaporins, low
High, Na+ channels, low
Low, Na+ channels, low
Brain stem
Cerebral cortex
Ventral horn of the cervical spinal cord
White matter of the spinal cord
Sympathetic chain ganglia
CO2 from HCO3- & H+
HCO3- and H+ from CO2 and water
CO2 from glucose and O2
O2 from CO2
High, binds to, amino acids
High, binds to, iron
Low, binds to, iron
Low, dissociates from, iron
Low, dissociates from, amino acids
Conducting zone, relax, open the airway to reduce the resistance to air flow
Respiratory zone, contract, close the airway to increase the resistance to air flow
Respiratory zone, relax, open the airway to reduce the resistance to air flow
Conducting zone, contract, close the airway to increase the resistance to air flow
Conducting zone, contract, open the airway to reduce the resistance to air flow
Decrease surface tension, increase lung compliance
Increase surface tension, increase lung compliance
Decrease surface tension, increase elastic recoil
Increase surface tension, increase elastic recoil
HCO3-, arterial blood
CO2, cerebrospinal fluid
H+, arterial blood
H+, cerebrospinal fluid
HCO3-, cerebrospinal fluid
Place an airtight helmet on the patient and increase the pressure in the helmet above atmospheric pressure
Construct a room where the patients head was outside the room at atmospheric pressure, and atmospheric pressure in the room could be reduced with pumps
Decrease the pH of the patient's blood to increase the breathing rate
Warm the patient's blood to enhance oxygen dissociate from hemoglobin
95%
85%
75%
55&
45%
CO2 dissolved in plasma
CO2 bound to hemoglobin
CO2 bound to plasma proteins
CO2 in the cytoplasm of the red blood cell
As HCO3- (bicarbonate) dissolved in the blood
Inspiration
Muscle contraction in diaphragm
Expiration
Access of air in the alveoli
Smooth, epinephrine
Smooth, acetylcholine
Smooth, norepinephrine
Skeletal muscle, epinephrine
Skeletal muscle, acetylcholine
Venous blood
Arterial
Pulmonary capillary
Systemic capillary
During inspiration
During expiration
At all times during inspiration and expiration
Only when air is neither moving in nor out of the lungs
Kidney, erythropoietin
Red bone marrow, calcitonin
Liver, ferritin
Kidney, calcitonin
Red bone marrow, erythropoietin
S cells in the intestinal mucosa
Chief cells in the stomach
Duct epithelial cells in the pancreas
Ascinar cells in the pancreas
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
Apical, duct
Apical, secretory
Basilar, secretory
Basilar, duct
Alpha cells of the endocrine pancreas
Beta cells of the endocrine pancreas
Epithelial cells of the small intestine
Acinar cells of the pancreas
Hepatocytes
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