Reflective Practice on Responsibilities of A Nurse in managing Cardiac Arrest Leena Justus Introduction Nursing is a profession where we have to work collaboratively with both our colleagues and the interdisciplinary team. In emergency like cardiac arrest‚ if nurses work as a team without any role confusion‚ time is saved resulting in saving many precious lives. Background It was the time when I started to work in a medical ward for the first time after my graduation
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which cell has the larger resting membrane potential? Explain. If the permeability to K is higher in A than in B‚ then the resting membrane potential (rmp) will be closer to the equilibrium potential in cell A‚ which means the rmp will be more negative in cell A than in cell B; or in other words‚ the potential difference will be LARGER in cell A. 2. Predict the effect of a reduced extracellular concentration of Na+ on the magnitude of the action potential in an electrically excitable cell. If there
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Cardiac Rehabilitation Cardiac rehabilitation is a medically supervised program to help heart patients recover quickly and improve their overall physical‚ mental and social functioning. The goal is to stabilize‚ slow or even reverse the progression of cardiovascular disease‚ thereby reducing the risk of heart disease‚ another cardiac event or death. Cardiac rehabilitation programs include: Counseling so the patient can understand and manage the disease process Beginning an exercise program
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Maintaining Normothermia Post-Cardiac Arrest?NUR 2243 Management of Nursing Care IS THERAPEUTIC HYPOTHERMIA MORE BENEFICIAL? Is Therapeutic Hypothermia More Beneficial Than Maintaining Normothermia Post-Cardiac Arrest? To what extent does inducing hypothermia benefit patients? What exactly are the benefits‚ and do they come with risks? There have been many trials dealing with therapeutic hypothermia that exhibit advantageous neurological outcomes post-cardiac arrest. Most of these trials lead
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Cardiac Catheterization and Kidney Function In many hospitals‚ the use of cardiac catheterization is used to determine if a patient has occluded arteries or grafts. This procedure saves many lives every day and helps prevent myocardial infarctions in many cases. The procedure itself is rather simple and safe for the most part‚ but one thing that many fail to realize is how hard the procedure is on kidney function due to the dye used intra-procedure. According to the NIH‚ kidney damage caused by
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Cardiac arrest is confirmed by absence of signs of circulation‚ loss of consciousness; respiratory arrest (may be in 30 seconds after cardiac arrest) and enlargement of pupils (may be in 90 seconds after cardiac arrest). Jacobs et al.‚ (2004) The temporal sequence of cardiac arrest can be explained by a 3-phased time sensitive model. These phases include electrical (lasting 0 to 4 minutes from time of cardiac arrest)‚ circulatory (lasting 4 to 10 minutes from time of cardiac arrest)‚ and metabolic
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the first century. Action learning for many organizations has become one of the most powerful action-oriented‚ problem solving tools as well for team approaching in order for them to operate better. With today’s many demands and so little time to focus on a one on one‚ corporations must find ways to get everything together in one session and begin the work in order to survive this world’s new change and be successful. Chapter 2 shows us the six essential elements of effective action learning. In chapter
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BIOS255 WEEK 1 Lab: #6 Effect of Exercise on Cardiac Output LABORATORY REPORT Activity 6: Effect of Exercise on Cardiac Output Name: Instructor: Date: 1/9/2014 PREDICTIONS 1. During exercise: heart rate will increase 2: During exercise: SV will increase 3. During exercise: CO will increase MATERIALS AND METHODS 1. Dependent Variable: EDV‚ ESV‚ cardiac cycle length 2. Independent Variable: level of physical activity 3. Controlled Variables: age‚ weight‚ height
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Redox potential – CV Acetonitrile Adjusted sensitivity Each ;line represents diff scan rates all been overlayed on one digarm Scan rates ranged from 0 .1 s-1 to 1 Peak due to iodide oxidation is read from +peak to – peak bottom line. Iodide to triiodide Glycol Didn’t work Using equation ip = 2.69 ×105 n3/2 A D1/2 C ν1/2 compare to linear equation y = mx+c y = peak current x = V1/2 c = zero Therefore m is = everything else C = concentration 0.05 M ethylene glycol (acetonitrile
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The Path of the Cardiac Pacemaker The cardiac pacemaker has been around for a very long time and will to continue to be around for even longer. The historical and future path of the pacemaker is endless with possibilities only limited by technology. Every day research labs try to find ways to make the life better for anyone that may need to have one implanted. Around 40% of all human deaths are attributed to cardiovascular diseases. Cardiac pacing has become a therapeutic tool used worldwide with
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