You want to evaluate a male patient's kidney function and have decided to use the creatinine clearance rate as a proxy for glomerular filtration rate. You asked your patient to collect their urine for 24 hours and you also ordered a blood serum creatinine test. The lab sent you the following information: 1050 mg creatinine in the 24 hour urine sample 1600 mL urine collected in 24 hours 0.9 mg/dL creatinine in serum 1.75 correction factor for patient's surface area a. Calculate the creatinine clearance rate for your patient. b. Evaluate renal function based on the table below 5 Stages of Kidney Disease Kidney Function/GFR Description Stage 1 > 90% Normal or High Function Stage 2 60-89% Mildly Decreased Function Stage 3 Mild to Moderately Decreased Function 30-59% Stage 4 Severely Decreased Function 15-29% Stage 5 < 15% Kidney Failure

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
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We are not given the age of the male patient 

please show all work and units 

SUPPORTING INFORMATION
Creatinine Clearance specimens
• 24 hour urine specimen
• Plasma / serum creatinine collected during the urine collection
• 24 Hour Creatinine Clearance Formula
UV
1.73
• CREATININE CLEARANCE=
P
A
Creatinine concentration of the 24 hour urine ( mg / dl )
24 hour urine volume ( mls ) per minute - V/1440= mls / minute
Plasma creatinine concentration ( mg / dl)
U =
V =
P =
A =
Correction factor accounts for differences in body surface area
obtained from a height – weight chart
Kiloliter
Hectoliter
Decaliter
Liter
Deciliter
Centiliter
Milliliter
1000 L
100 L
10 L
IL
1/10 L
1/100 L
1/1000 L
Transcribed Image Text:SUPPORTING INFORMATION Creatinine Clearance specimens • 24 hour urine specimen • Plasma / serum creatinine collected during the urine collection • 24 Hour Creatinine Clearance Formula UV 1.73 • CREATININE CLEARANCE= P A Creatinine concentration of the 24 hour urine ( mg / dl ) 24 hour urine volume ( mls ) per minute - V/1440= mls / minute Plasma creatinine concentration ( mg / dl) U = V = P = A = Correction factor accounts for differences in body surface area obtained from a height – weight chart Kiloliter Hectoliter Decaliter Liter Deciliter Centiliter Milliliter 1000 L 100 L 10 L IL 1/10 L 1/100 L 1/1000 L
You want to evaluate a male patient's kidney function and have decided to use the creatinine
clearance rate as a proxy for glomerular filtration rate. You asked your patient to collect their
urine for 24 hours and you also ordered a blood serum creatinine test. The lab sent you the
following information:
1050 mg creatinine in the 24 hour urine sample
1600 mL urine collected in 24 hours
0.9 mg/dL creatinine in serum
1.75 correction factor for patient's surface area
a. Calculate the creatinine clearance rate for your patient.
b. Evaluate renal function based on the table below
5 Stages of Kidney Disease
Kidney Function/GFR
Description
> 90%
Normal or High
Function
Stage 1
Stage 2
Mildly Decreased
Function
60-89%
Mild to Moderately
Decreased Function
Stage 3
30-59%
Severely Decreased
Function
Stage 4
15-29%
Stage 5
< 15%
Kidney Failure
Transcribed Image Text:You want to evaluate a male patient's kidney function and have decided to use the creatinine clearance rate as a proxy for glomerular filtration rate. You asked your patient to collect their urine for 24 hours and you also ordered a blood serum creatinine test. The lab sent you the following information: 1050 mg creatinine in the 24 hour urine sample 1600 mL urine collected in 24 hours 0.9 mg/dL creatinine in serum 1.75 correction factor for patient's surface area a. Calculate the creatinine clearance rate for your patient. b. Evaluate renal function based on the table below 5 Stages of Kidney Disease Kidney Function/GFR Description > 90% Normal or High Function Stage 1 Stage 2 Mildly Decreased Function 60-89% Mild to Moderately Decreased Function Stage 3 30-59% Severely Decreased Function Stage 4 15-29% Stage 5 < 15% Kidney Failure
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