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- For the heparin-coated membrane oxygenator, what is the function of the heparin in the design Explain the design, function and disadvantages of the three types of oxygenators used in the cardiopulmonary bypassExplain the design, function and disadvantage of the three types of oxygenators used in the cardiopulmonary bypass machine.Explain the design, function and disadvantage of the three types of oxygenators used in the cardiopulmonary bypass.
- Explain the design and how the two types of pumps used in the cardiopulmonary bypass work. Compare the two types in terms of disadvantages.Explain the design and how the two types of pumps used in the cardiopulmonary bypass machine work.explain the design and how the two types of pumps used in the cardiopulmonary bypass work
- Identify and describe the structure shown in the figure below. What role does this structure contribute to the functional myocardium? Identify the structure shownStreptokinase is asubstance used in thetreatment of acute myocardialinfarction. How does thissubstance act?Explain the biochemical basis and clinical implications of atherosclerosis with molecular and mechanistic detail.
- Describe why a doctor would give a patient that is diagnosed with acute myocardial infarction the treatment of tissue plasminogen activator(tPA)? What will it do?Define Myocardial infarction (MI)? Write the name of some biochemical markers for the diagnosis of MI? Please briefly explain at your own words.Why is the cardiac action potential propagated more slowly in an AV node cell then in an atrial or ventricular myocyte? How can be AV conduction affected by hypokalemia? Briefly explain the mechanism by which the most popular beta-blocker metoprolol would affect cardiac muscle contractility and blood flow. How it affects heart rate and conduction?