Systems Media Table: Part Two Alaric Delos Reyes HCS 482 Health Care Informatics April 4‚ 2013 Elena Purcar Systems Media Table: Comparison Using this table‚ prepare and submit a 30 - 50 word response in each box that describes the purposes for each system‚ and gives examples and uses for each system. In addition‚ prepare and submit an APA-formatted reference page with at least five references. |System |Purposes |Examples
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Exam 3 Review Sheet Genetics terms: phenotype‚ genotype‚ allele‚ dominant‚ recessive‚ homozygous‚ heterozygous‚ multiple alleles‚ codominance Phenotype: physical appearance Genotype: genetic composition Allele: alternate form of a gene Dominant: trait that will be expressed Recessive: trait that will be masked by dominant trait Homozygous: both alleles are the same Heterozygous: the alleles are different Multiple Alleles: Codominance: Sex determination – all possibilities Xyy: Xxy
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center. *increase in visceral vasoconstriction during exercise decreases blood flow to viscera by 20-30% resting value. During exercise in upright position‚ SV reaches plateau at 40% VO2 max‚ therefore‚ at work rate about 40% VO2 max‚ the rise in cardiac output (Q) is due to increased HR
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the banded appearance of cardiac and skeletal muscles. Cardiac Muscle. Found only in the heart‚ cardiac muscle is responsible for pumping blood throughout the body. Cardiac muscle tissue cannot be controlled consciously‚ so it is an involuntary muscle. While hormones and signals from the brain adjust the rate of contraction‚ cardiac muscle stimulates itself to contract. The natural pacemaker of the heart is made of cardiac muscle tissue that stimulates other cardiac muscle cells to contract.
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oral Cardiovascular System: 1. Skin: -color: normal -temperature: warm and dry to touch -turgor: present -diaphoresis: mild around forehead -dryness: none 2. Pulses (radial‚ pedal‚ apical): -rate: 98 -regularity: rhythm afib; epicardial pacemaker -equality: bilateral radial and pedal pulse; palpable -presence: all pulses present and palpable; S1 and S2 present; Doppler signal available to all -absence: none 3. Neck Veins: -distention: present
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Ischemic Heart Disease (IHD) Coronary heart disease (CHD)‚ also known as ’ischemic heart disease’‚ is the most common form of heart disease. There are two major clinical forms – heart attack (often known as ’acute myocardial infarction’ or AMI) and angina. Coronary heart disease is the term that describes what happens when your heart’s blood supply is blocked or interrupted by a build-up of fatty substances in the coronary arteries. Over time‚ the walls of your arteries can become clogged
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My company supplies the pacemakers with transistors that they use to build heart pacemakers. The pacemaker technology is in its infancy and the maker is having different type of problems which resulted in many incidents. The incidents were caused by doctors that don’t know how to install the pacemaker because they lack the appropriate training. Also‚ the Quality assurance phase is very weak at the production level because the engineers are not testing the hardware rigorously. As a result‚ my company
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angiogram‚ echocardiogram and possible cardiac bypass. Five days previously‚ Cecil had presented to an emergency department with complaints of shortness of breath on exertion‚ pneunoperiteum (PNO) and orthopnea. After being treated at the previous hospital for acute pulmonary odema (APO)‚ secondary to a Non-Stemi with a Troponin level of 0.88l/min and was treated accordingly with Frusemide and continuous positive airway pressure (CPAP). He has no previous history of cardiac arrhythmias but he does have a
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Practice development issues around Induced Therapeutic Hypothermia (ITH) on Cardiac Arrest Patients Contents 1. Introduction 2. Pathophysiological changes during cardiac arrest and return of spontaneous circulation 3. Physiological benefits of therapeutic hypothermia 4. Guideline for induced therapeutic hypothermia after cardiac arrest 5. The UHL guideline’s goal of therapeutic hypothermia 6. Preparation‚ Monitoring and Supportive therapy 7. Cooling Methods 8. The relative experience 9
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.............................9 5. Echocardiography .............................................................................. 10 6. Stress Testing ..................................................................................... 14 7. Cardiac Magnetic Resonance
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