# casestudy1 - % This is a function to graph the...

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% This is a function to graph the concentrations of O2, rifampicin, and % vancomycin in a biofilm. % function casestudy1 % BEE 2600 - Case Study 1 % Cassandra Greene % Dominic Grimberg % Pimkhuan Hannanta-Anan % % Preallocating matrices for later calculations: z = (1 : 0.01 : 10); z % Co = (1 : 0.01 : 10); % Cr = (1 : 0.01 : 10); % Cv = (1 : 0.01 : 10); % % Constants: % Hb = 15 g/dl - hemoglobin concentration in blood % SaO2 = 0.97 - arterial hemoglobin saturation % PaO2 = 95 mmHg - partial pressure of oxygen in arteries % CaO2 = Hb*1.34*SaO2 + PaO2*0.003 - oxygen concentration in the blood % % alpha = 1.301e(-7) mol/mm3s % beta = -1.77e(-7) mol/mm4s % Ro = alpha + beta*z - metabolic degradation rate of oxygen % Do = 0.00153 mm2/s diffusion coefficient of oxygen % % Assigning values to abovementioned constants L = 0.01; % converted from 10um to 0.01mm L Hb = 15; So = 0.97; Po = 95; CoBlood = (Hb*1.34*So + Po*0.003)*1.4*(1/32); CvBlood = 4; % This is in ug/mL. Since we don't know the molecular weight of

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## This note was uploaded on 10/04/2009 for the course BEE 2600 at Cornell University (Engineering School).

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casestudy1 - % This is a function to graph the...

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