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    Development of an Integrated Detail Model of Human Respiratory System for Control

    , M.Sc. Thesis Sharif University of Technology Arianpour, Mehrdad (Author) ; Bozorgmehri, Ramin (Supervisor)
    Abstract
    In this thesis, the latest human respiratory system is extended such that it addresses the effect of blood acidity on the performance of the human respiratory system. Since the model does not take into account any controller, two PI controllers proposed by Bental have been used to simulate the closed loop behavior of the respiratory system. Since, in the original model blood pH is considered as a constant value, the extended model has been used for the case where the blood pH pumped by heart is assumed to be and the obtained results have been compared with those of the original model. The similarity of the results shows the extended model to be valid for the normal case. Model since t he... 

    Design and Fabrication of Centrifugal Microfluidic System to Measure Blood Factors

    , M.Sc. Thesis Sharif University of Technology Mahmoudi Arjmand, Ehsan (Author) ; Saadatmand, Maryam (Supervisor) ; Eghbal, Manochehr (Supervisor) ; Bakhtiari, Mohammad Reza (Co-Advisor)
    Abstract
    Diabetes mellitus is a global endemic that is rapidly increasing prevalence in both developing and developed countries. Recently, the American Diabetes Association has recommended the hemoglobin A1c as a possible substitute to fasting blood glucose for diagnosis of diabetes because it is an indicator of long-term glycemic control. Also, centrifugal microfluidics systems have a good potential to be used in the point of care testing systems. In this study, two centrifugal microfluidic discs were designed and manufactured in order to separately measure the hemoglobin and hemoglobin A1c in the whole blood. In the first part of the study, the hemoglobin measurement disc consists of two chambers... 

    Investigating the Effect of Hemoglobin on Viscoelastic Properties of RBC

    , M.Sc. Thesis Sharif University of Technology Felekary, Arash (Author) ; Seyed Reihani, Nader (Supervisor)
    Abstract
    Red blood cells are one of the most important parts of blood and their mechanical properties are so important in some diseases. Red blood cell is mostly consisted of membrane, cell skeleton, and cytoplasm which contains hemoglobin proteins. Studying these properties separately not only could give us pieces of information about cell mechanics, but also reveals a way to predict their behavior after illnesses. Optical tweezers as a tool, which can produce and measure Piconewton to Nanonewton forces, has been interesting in red blood cell parts' studying. In this thesis, at first hemoglobin is taken out gradually by using Saponin (which is enable to make some pores in the membrane) and the...