associated with higher risk of cardiovascular events‚ while shorter courses (6 days or less)‚ did not have a higher risk of cardiovascular events. In addition‚ clarithromycin use in patients with previous history of cariodvascular disease was associated with significantly higher risk of cardiovascular events. Also‚ the relative risk of cardiovascular events with clarithromycin use increased with age (>60 years for COPD cohort‚ and >70 years for CAP cohort). 2.2.B Strengths The study data was collected
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tissue. * Skeletal muscle tissue. * Cardiac (heart) muscle tissue. Types of Muscle Tissue Cardiac (Heart) Muscle Tissue is so named because it is found in the heart. Cells are joined to one another by intercalated discs which allow the synchronization of the heart beat. Cardiac muscle is branched‚ striated muscle. Functions of Cardiac (Heart) Muscle Tissue * Cardiac muscle tissue plays the most important
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change when you increased the frequency of the stimulation in cardiac muscle. | amplitude does not change because the cardiacs long refractory period prevents summation. | Why is it only possible to induce an extrasystole during relaxation? | the extrasystole can not occur until relaxation and so we could not achieve wave summation tetanus | Explain why wave summation and tetanus are not possible in cardiac muscle tissue. | Cardiac cells have longer APs and twitches than any other muscle cells
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Symptoms) P Decreased Cardiac Output R/T E Atrial Fibrillation and Mechanical Ventilation AEB S – Client on mechanical ventilation. Albumin 1.1 – 2/4/14 – low osmolality in blood – third spacing. Atrial Fibrilation Sluggish Pupil response Blood pressure 97/39 Heart Rate 54 Peripheral pulses diminished PLANNING ____________________________________________________________________________________ Client Goal: Client will not have decreased Cardiac Output Outcome Criteria
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paper examples. Topic: Performing CPR on cardiac arrest patient. Specific Purpose: Give a lesson on recognizing need of CPR and performing CPR and defibrillator (cardiopulmonary resuscitation) effectively. Thesis: Everybody should know how to give a CPR on cardiac arrest patient to increasing the rate of survival. Introduction: 1. Importance of proper CPR and defibrillator. How can you save the life just listening me for 7 minutes. 2. What is the cardiac arrest? Making decision if patient need
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situation. However‚ it happens. Anyone can learn CPR – and everyone should! Sadly‚ 70 percent of Americans may feel helpless to act during a cardiac emergency because they either do not know how to administer CPR or their training has significantly lapsed. This alarming statistic could hit close to home‚ because home is exactly where 88 percent of cardiac arrests occur. Put very simply: The life you save with CPR is mostly likely to be someone you love. This is a very hard statistic to grasp.
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South University Online Faculty: Mary Blasingham Week 6 Discussion Assignment 1 Evaluate the anatomical and physiological similarities and differences between skeletal‚ cardiac and smooth muscle. During our reading‚ we have learned that there are three types of muscles found in the human body. As the text stated‚” Without these muscles tissues‚ nothing in the body would move. Therefore‚ there wouldn’t be any physical enjoyment
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in cardiac arrest-induced encephalopathy‚ neonatal hypoxic-ischemic encephalopathy‚ traumatic brain injury‚ stroke‚ hepatic encephalopathy‚ and spinal cord injury‚ and as an adjunct to aneurysm surgery. In this review‚ we address physiological mechanism of hypothermia to mitigate neurological injury‚ the trials that have been performed for each of these indications‚ the strength of the evidence to support treatment with mild/moderate hypothermia. Evidence is strongest for prehospital cardiac arrest
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but you never want to use. In the emergency of a Cardiac arrest‚ quality and effective applications of the lifesaving techniques of Cardiopulmonary Resuscitation (CPR) are crucial to saving the victim’s life. Cardiac arrest is the abrupt loss of heart function‚ not to be confused with a heart attack. A heart attack is a blockage that stops blood flow to the heart‚ but do not necessarily result in death of the victim. On average about 295‚000 Cardiac arrest incidents occur in the United States‚ and
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details of structure and types of muscles‚ please see the basic anatomy article “”. For details of microscopic structure of muscles‚ pleas see the histology article “”. Muscles are basically of three types; Skeletal Muscles‚ Smooth Muscles and Cardiac Muscles. Skeletal Muscles: Skeletal muscles form most of the human body weight. They are under the control of human will and all body movements occurring by our will are produced by skeletal muscles. They are called skeletal muscles because they
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