HomeCoursesMEDSCI 142: Organ SystemsLecture 28 Lecture 28 0% Question 1 of 22 How does the kidney contribute to homeostatis? (4) = H2o (BP), Solutes (Na+, K+), Hormones (H.R.). How does the kidney contribute to homeostatis? (4) = H2o (BP), Solutes (Na+, K+), Hormones (H.R.). Question 1 of 22Question 2 of 22 What are some symptoms of kidney dysfunction? (5) = Blood/proteins in urine, pulmonary edema. What are some symptoms of kidney dysfunction? (5) = Blood/proteins in urine, pulmonary edema. Question 2 of 22Question 3 of 22 What is the major form of fluid transfer in the kidney? = Osmosis (raw solution > high solute). What is the major form of fluid transfer in the kidney? = Osmosis (raw solution > high solute). Question 3 of 22Question 4 of 22 How does solute and H2O concentration influence fluid transfer? = Fluid flows from low to high solute conc. and high to low H2O conc. How does solute and H2O concentration influence fluid transfer? = Fluid flows from low to high solute conc. and high to low H2O conc. Question 4 of 22Question 5 of 22 What is osmotic pressure? = The force of a solvent’s tendency to leave or enter a solution due to osmosis. What is osmotic pressure? = The force of a solvent’s tendency to leave or enter a solution due to osmosis. Question 5 of 22Question 6 of 22 What is osmolarity? = Osmalarity :- mOsm/L solution. What is osmolarity? = Osmalarity :- mOsm/L solution. Question 6 of 22Question 7 of 22 What is osmolality? = Osmalality :- mOsm /kg solvent. What is osmolality? = Osmalality :- mOsm /kg solvent. Question 7 of 22Question 8 of 22 How many mOsm/L would 150 mM of NaC1 & 1L of water give? = 300mM L-1. How many mOsm/L would 150 mM of NaC1 & 1L of water give? = 300mM L-1. Question 8 of 22Question 9 of 22 How many mOsm/L would 300mM of urea + 1L of H2O give? = 300mM L-1. How many mOsm/L would 300mM of urea + 1L of H2O give? = 300mM L-1. Question 9 of 22Question 10 of 22 What does hyperosmotic refer to? = A solution with a higher conc of osmoles than another. What does hyperosmotic refer to? = A solution with a higher conc of osmoles than another. Question 10 of 22Question 11 of 22 What does isosmotic refer to? = A solution with the same conc of osmoles than another. What does isosmotic refer to? = A solution with the same conc of osmoles than another. Question 11 of 22Question 12 of 22 What does hyposmotic refer to? = A solution with a lower conc of osmoles than another. What does hyposmotic refer to? = A solution with a lower conc of osmoles than another. Question 12 of 22Question 13 of 22 What is tonicity? = The amount of internal pressure exerted upon a cell’s membrane. What is tonicity? = The amount of internal pressure exerted upon a cell’s membrane. Question 13 of 22Question 14 of 22 What is an isotonic solution? = A solution that does not affect the tonicity of a cell. What is an isotonic solution? = A solution that does not affect the tonicity of a cell. Question 14 of 22Question 15 of 22 Which would be appropriate for someone who has lost a lot of blood? = An isotonic. Which would be appropriate for someone who has lost a lot of blood? = An isotonic. Question 15 of 22Question 16 of 22 What percentage of a 70kg male is fluid? = 60%. What percentage of a 70kg male is fluid? = 60%. Question 16 of 22Question 17 of 22 Of this, how much is intracellular / intercellular? (extracellular). = 2/3 intra. 1/3 extra. Of this, how much is intracellular / intercellular? (extracellular). = 2/3 intra. 1/3 extra. Question 17 of 22Question 18 of 22 In extracellular fluid, how much is interstitial fluid plasma? = 80% interstitial. 20% blood plasma. In extracellular fluid, how much is interstitial fluid plasma? = 80% interstitial. 20% blood plasma. Question 18 of 22Question 19 of 22 Where do your fluids come from? (4) Food, water, air, metabolic processes. Where do your fluids come from? (4) Food, water, air, metabolic processes. Question 19 of 22Question 20 of 22 Where does it go? (4) = Urine, metabolism, breath, sweat. Where does it go? (4) = Urine, metabolism, breath, sweat. Question 20 of 22Question 21 of 22 Name the prominent type of body fluid containing: Na+, K+, Cl-? (3) = Na+: Interstitial/blood, intracellular, interstitial/blood Name the prominent type of body fluid containing: Na+, K+, Cl-? (3) = Na+: Interstitial/blood, intracellular, interstitial/blood Question 21 of 22Question 22 of 22 What is the approximate rate of kidney blood flow? = 600mL/min. What is the approximate rate of kidney blood flow? = 600mL/min. Question 22 of 22 Loading...