2. The volume of Ms. Rose's plasma was 3 L before Raphael administered the IV. Assume that there was complete mixing of the administered water with her plasma but no mixing with her interstitial fluid. Calculate Ms. Rose's plasma osmolarity after the infusion mixed with her plasma but before any water entered her RBC. 3. Assume that Ms. Rose's RBC volume was 2 L before the IV was given. Calculate her plasma and RBC osmolarity after the infused water equilibrated between her plasma and her RBC. How much would her RBC volume change? (Assume there was no mixing with her interstitial fluid.) 4. The resident physician, knowing what Raphael had done, infused the patient with 1 L of a 600 mM (i.e. 600 mOsm/L) sucrose solution. Assume that this infusion equilibrated with Ms. Emily's plasma and RBC. Predict the effect of the infusion given by the resident. Explain. Parameter Ms. Rose's RBC osmolarity Ms. Rose's RBC volume Prediction

Anatomy & Physiology
1st Edition
ISBN:9781938168130
Author:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble
Publisher:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble
Chapter20: The Cardiovascular System: Blood Vessels And Circulation
Section: Chapter Questions
Problem 14RQ: Net filtration pressure is calculated by ________. adding the capillary hydrostatic pressure to the...
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Medical Case #1: Dehydration
Raphael, in his third-year medical internship, was alone in the hospital emergency room (ER) one
night. It was unusually quiet in the ER, so the resident doctors were getting some much-needed
sleep. A patient, Ms. Rose, was brought in showing signs of serious dehydration. Raphael tried
to give her water but she vomited. Feeling that he must try something else and not wanting to
wake the residents, he administered 1 liter (L) of sterile distilled water intravenously (IV).
Assume for simplicity that red blood cells (RBC) contain only solutes to which the RBC membrane
is impermeable. The osmolarity of the RBC is 300 mOsm/L. 

2. The volume of Ms. Rose's plasma was 3 L before Raphael administered the IV. Assume
that there was complete mixing of the administered water with her plasma but no mixing
with her interstitial fluid. Calculate Ms. Rose's plasma osmolarity after the infusion mixed
with her plasma but before any water entered her RBC.
3. Assume that Ms. Rose's RBC volume was 2 L before the IV was given. Calculate her
plasma and RBC osmolarity after the infused water equilibrated between her plasma and
her RBC. How much would her RBC volume change? (Assume there was no mixing with
her interstitial fluid.)
4. The resident physician, knowing what Raphael had done, infused the patient with 1 L of a
600 mM (i.e. 600 mOsm/L) sucrose solution. Assume that this infusion equilibrated with
Ms. Emily's plasma and RBC. Predict the effect of the infusion given by the resident.
Explain.
Parameter
Ms. Rose's RBC osmolarity
Ms. Rose's RBC volume
Prediction
Transcribed Image Text:2. The volume of Ms. Rose's plasma was 3 L before Raphael administered the IV. Assume that there was complete mixing of the administered water with her plasma but no mixing with her interstitial fluid. Calculate Ms. Rose's plasma osmolarity after the infusion mixed with her plasma but before any water entered her RBC. 3. Assume that Ms. Rose's RBC volume was 2 L before the IV was given. Calculate her plasma and RBC osmolarity after the infused water equilibrated between her plasma and her RBC. How much would her RBC volume change? (Assume there was no mixing with her interstitial fluid.) 4. The resident physician, knowing what Raphael had done, infused the patient with 1 L of a 600 mM (i.e. 600 mOsm/L) sucrose solution. Assume that this infusion equilibrated with Ms. Emily's plasma and RBC. Predict the effect of the infusion given by the resident. Explain. Parameter Ms. Rose's RBC osmolarity Ms. Rose's RBC volume Prediction
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