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esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L

esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L
Transcribed Image Text:esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L
esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L
Transcribed Image Text:esc Formulas and Table No Drug X Drug X in bathing saline (basolateral) Drug X in persufate (apical) d Vin 2 Cin 1000 1000 1000 Vout 1 1 1.486 Cout 2000 2000 1400 Reabsorbed fluid R 1 C and Co represent the concentrations of methoxyinulin Reabsorbed Fluid Rate With Cin x V = Cout X Vout Then Vin = Vout x Cout/Cin and Cout ULATE R = Vin-Vout = PEPF perfusate flow entering the tubule, nt./min * concentration of methoxy-inulin in perfusate (entering), counts per minute (cpm) liquid flow exiting the tubule, ./min * concentration of methary-inulin in the liquid (exiting). counts per minute (cpm) e rate/flow of reabsorbed fluid, nt./min CALCULATE 2 # 3 80 F3 DOO F4 $ 4 % do5 MacBook Pro 6 &7 BACK 00 F7 Q W E R T Y U A S D * 8 Dil FB F9 ( 9 ) 0 F10 0 P LL F G H J K L
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