diabetic patient has a sodium concentration of 141 mmol/L, a glucose concentration of 742 mg/dL and a BUN of 22 mg/dL. The measured osmolality is 336 mOsm/kg. Calculate the osmolal gap for this patient. Show your work. What substance or substances are likely causing the osmolal gap to be greater ten in this patient?
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Chemistry
A diabetic patient has a sodium concentration of 141 mmol/L, a glucose concentration of 742 mg/dL and a BUN of 22 mg/dL. The measured osmolality is 336 mOsm/kg. Calculate the osmolal gap for this patient. Show your work. What substance or substances are likely causing the osmolal gap to be greater ten in this patient?
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- a) 5.5% glucose and 0.9% NaCl have the same osmolarity. What is the osmolarity of these solutions? Please show your work. b) If you soak an animal cell that is permeable to both water and glucose in either 5.5% glucose or 0.9% NaCl (both isosmotic solutions), the cell exposed to 5.5% glucose will gain water, while the cell exposed to 0.9% NaCl will not gain water. Predict why this is the case.Hyperglycemia is a term used to describe a high glucose concenrtatoin in the blood. Explain how hyperglycemia will affect the following: osmolarity, water potential, and cells in the body.If a person was severely dehydrated and the osmolarity of their blood and tissue fluids was at 500 mOsm/L while their intracellular osmolarity was 300 mOsm/L; explain what would happen via osmosis.
- What is the osmolarity of the solution? Is it hypertonic, isotonic, or hypotonic with blood plasma (0.30 osmol)? Discuss possible medicinal reasons forthe osmolarity of the solution.A cell with intracellular osmolarity of 280 mOsm/L is placed into three different containers varying in osmolarity. Which solution from the list would cause the cell to lose water and shrink? 280 mOsm/L 240 mOsm/L 340 mOsm/L NONE of the aboveThe osmolarity of a 1 M NaCl solution will be _______ to a 1 M solution of CaCl2. Group of answer choices hyperactive hyposmotic isosmotic hyperosmotic
- Predict the fate of a red blood cell placed in each of the solutions below. Explain why these changes would take place. (Calculate osmolarity for each solution). Take into account that some will ionize and some will not. 0.3 M Glucose 0.3 M NaCl 0.15 M NaClCould someone help me determine the osmolarity for these solutions? I’m supposed to do it by using the clinical significant values for NaCl (.9%) and glucose (5%).Question:- Biologists recently have been able to produce mice that lack functioning genes for aquaporins. How does their urine compare to that of individuals with normal aquaporins?a. lower volume and lower osmolarityb. lower volume and higher osmolarityc. higher volume and lower osmolarityd. higher volume and higher osmolarity
- Draw a beaker that is filled with water. Label the water with an osmolarity of 0.61M. In the water, draw a single Elodea cell (note: Elodea is an aquatic plant) with a cellular osmolarity of 0.42M. Name this drawing with the tonicity term that best describes the solution of the water in the beaker compared to the osmolarity of the Elodea cell. Then describe what will happen to the tonicity of the cell over time. Make sure to explain the direction that water will flow, small molecules will diffuse, and explain what will happen to this cell over time. Make sure you use all of the applicable tonicity terms in your description.Type of Solutes Non-permeable Permeable Solution A 300 0 Solution B 295 20 Solution C 270 30 A cell with an internal osmolarity of 295 mOsm/L (non-permeable solutes) is placed in solution A. Solution A has an effective osmolarity that is ____________ compared to the cell; after water movement has reached a steady state, the cell volume will be ___________. A) hypertonic; decreased B) hypotonic; increased C) isotonic; decreased D) hypertonic; increased A cell with an internal osmolarity of 295 mOsm/L (non-permeable solutes) is placed in solution B. Solution B has an effective osmolarity that is ____________ compared to the cell; after water movement has reached a steady state, the cell volume will be ___________. A) hypotonic; decreased B) hypertonic; decreased C) hypotonic; increased D) isotonic; unchanged A cell with an internal osmolarity of 295 mOsm/L (non-permeable solutes) is placed in solution C. Solution C has an effective osmolarity that is ____________ compared…7.Your patient weights 160 lbs. Her hematocrit is 43%. Calculate her blood volume in L 8.Your patient weights 150 lbs. Calculate her ISF volume in L 9. The 10-month old patient with hyponatremia (from our osmolarity case study) had a serum osmolarity of 255 mOsm/L. Given the normal neuronal osmolarity of 300 mOsm/L, answer the following: A. Compared to the neuronal ICF, is the ECF space hyperosmotic/hyposmotic/isosmotic? B. What effect does this have on the neurons? ( C. What effect might this have on the brain? Why? 9.