Comparing the Cardiac muscle and the Skeletal muscle Differences Similarities Skeletal muscle is usually linked to bones by structures called tendons. Cardiac muscle is found in the heart. They are both important parts to the body. Skeletal muscle cells are usually arranged into cylindrical fibres with multiple nuclei and can be directly controlled by voluntary nerve signals from the nervous system. Cardiac muscle cells are normally shorter and are linked via gap junctions which allow compounds
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Muscles are all made of the same materials‚ a type of flexile tissue of thousands narrow tissues that make up all the muscles. There are three types of muscle tissue in the human body which are Cardiac‚ Smooth and Skeletal Muscles. Cardiac Muscles are muscles that conduct‚ forced‚ being completely in heart‚ responsible for pumping activity of heart‚ very heavy and solid. Smooth are non band‚ not under voluntary force found in comfortable organs of body accountable for growth like absorption of food
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2 Positive and negative effects of a particular scientific advance Cardiac MRI (Heart MRI) What Is a Heart MRI? A magnetic resonance imaging test (MRI) uses magnets and radio waves to capture images inside your body without making an surgical incision. An MRI allows your doctor to see the soft tissues in your body‚ along with your bones. An MRI can be performed on any part of your body. However‚ a heart or cardiac MRI looks specifically at your heart and the adjacent vessels. Unlike a CT
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Methodist College N313 Pathopharmacology Exam IV Study Guide – Spring 2013 1. Understand how to properly administer these drugs (what should you educate your patient on?): a. Nasal corticosteroid i. Decrease inflammation ii. Vanceril- Inhaler. Decreases production of prostaglandins b. Antitussives iii. Depresses cough center. iv. Broncho-restricts v. Opiate or Non-opiate (DM) c. Theophylline (Theo-dur)
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Most of the cardiac injury ultimately results in development of cardiac fibrosis due to negligible regenerative capacity of heart. Cardiac fibrosis is associated with increased deposition of matrix proteins in the myocardium. The expansion of the cardiac interstitial space in absence of significant cardiomyocyte loss is “reactive interstitial fibrosis” and the formation of scar in response to myocardial infarction is called “reparative fibrosis” [10‚ 46]. Increased deposition of endomysial and perimysial
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sufficient background and information about cardiac pacemakers to allow interpretation of electrocardiograms (ECGs) and telemetry strips of normal pacemaker behavior. For more in-depth information‚ such as would be necessary for programming pacemakers‚ a standard pacing text should be consulted. Several of these are listed in the bibliography. Most italicized terms are defined in the glossary at the end of the chapter. Anatomy The pertinent anatomy for cardiac pacing includes the sinoatrial (SA) node
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is not perfect and problems may arise. However before its flaws can be mentioned and analysed. It would be prudent to understand how the heart functions in the first place before going in depth into the various problems that might arise within the cardiac cycle. Of which a large number are covered under the various Arrhythmias‚ which can be divided into two major groups‚ ventricular arrythythmias and supraventricular arrythythmias. I.e.‚ arrythythmias that occur in the ventricles and arrythythmias
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Sudden cardiac arrest is the largest cause of nature death in the United States‚ causing about 325‚000 deaths in the United States annually. Half of all heart disease deaths are caused by sudden cardiac arrest. (Cleveland Clinic) Sudden cardiac arrest is the sudden‚ unexpected loss of heart function‚ which is caused by abnormality in heart rhythm which is a result from problem with heart’s electrical. Sudden cardiac arrest is more frequent in adults in their mid 30’s and 40’s and is more likely
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Period of Cardiac Muscle Lab Report Pre-lab Quiz Results You scored 100% by answering 4 out of 4 questions correctly. 1. The cardiac muscle is capable of which of the following? You correctly answered: c. autorhythmicity 2. Phase 2 of the cardiac action potential‚ when the calcium channels remain open and potassium channels are closed‚ is called the You correctly answered: a. plateau phase. 3. Which of the following is true of the cardiac action potential? You correctly answered: b. The cardiac action
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Wall The heart is composed of cardiac muscle which enable the heart to contract and allow the synchronization of the heart beat. The heart wall is divided into three layers: the epicardium‚ myocardium‚ and endocardium. * Epicardium - outer protective layer of the heart. * Myocardium - muscular middle layer wall of the heart. * Endocardium - inner layer of the heart that is continuous with the inner lining of blood * Cardiac Conduction * Cardiac conduction is the rate at which
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