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ECG Chapters: 1-2
| Question | Answer |
|---|---|
| ICU | Intensive Care Unit |
| CCU | Cardiac Care Unit |
| SICU | Surgical Intensive Care Unit |
| ED | Emergency Department |
| Small Transmitter box connected to the patient using electrodes and lead wires | Telemetry Monitoring |
| ECG performed during Treadmill Stress Test | Exercise Electrocardiography |
| evaluate the pacemaker's function over the next few weeks | Transtelephonic monitoring |
| ECG tracing is viewed on a monitor, usually at a centralized location | Continuous monitoring |
| trained to assist physicians with pacemaker implantation and angioplasty | Cardiovascular technologist |
| Works in a hospital or doctor’s office and has the skills to record ECGs and prepare reports for the doctor | Electrocardiograph technician |
| The type of ECG most likely used at a football stadium when a fan suddenly collapses and loses consciousness. | Portable ECG |
| Abnormal heartbeat | dysrhythmia |
| the study of the heart’s electrical activity | electrocardiology |
| an instrument used to record the electrical activity of the heart | electrocardiograph |
| a machine that produces and sends an electrical shock to the heart that is intended to correct the abnormal electrical pattern of the heart | defibrillator |
| used to analyze the heart rhythm and produce a shock if necessary | AED |
| a tracing of the signal produced by the heart’s electrical activity and used for diagnostic evaluation of the heart | electrocardiogram |
| a disease related to the heart | cardiovascular disease |
| Disease of the heart and Blood Vessals | Cardiovascular Disease (CVD) |
| Narrowing of the arteries of the heart | Coronary Artery Disease (CAD) |
| Heart Attack | Myocardial Infarction (MI) |
| The beating of the heart can be recorded as | electrical activity of the heart. |
| produced during the beating of the human heart. | Electrical currents |
| ECG | electrocardiograph |
| The first ECG machine was developed by | Willem Einthoven |
| makes it possible for lay rescuers to perform defibrillation safely. | The AED |
| means a patient is unresponsive and needs assistance immediately | Code Blue |
| provision of ventilations and chest compressions to someone who shows no signs of breathing or having a heart beat | CPR |
| abnormal heartbeats. | Cardiac dysrhythmias |
| Hospital patients on continuous monitoring are usually in | ICU, CCU, SICU, or ER. |
| two precautionary levels in preventing infections | Standard and Isolation |
| rules of conduct enforced by a controlling authority. | Laws |
| involve standards of behavior and concepts of right and wrong. | Ethics |
| best describes both slander and libel | Illegal and unethical |
| To write derogatory words about a patient | libel |
| single most important thing you can do to help prevent the spread of infection | Use proper hand hygiene. |
| type of isolation precaution implemented for hospitalized patients | Droplet, Airborne, Contact |
| adult pulse is most commonly measured at | radial artery at the wrist. |
| patient who is having difficulty breathing | dyspnea |
| hypertension has no known cause | Essential (Idiopathic) |
| Circulation of the blood depends on | the heart and its ability to contract or beat. |
| function of the heart | to pump blood to and from all the tissues of the body. |
| heart chamber that pumps blood to the body, known as the workhorse of the heart | Left ventricle |
| valve located between the right atrium and right ventricle | Tricuspid valve |
| heart chamber that receives blood from the lungs | Left atrium |
| artery that transports blood to the entire body | Aorta |
| blood vessel that provides a pathway for deoxygenated blood to return to the lungs | Pulmonary artery |
| chamber of the heart that receives blood from the body | Right atrium |
| chamber of the heart that pumps blood to the lungs | Right ventricle |
| type of valve located in the aorta and the pulmonary artery | Semilunar valve |
| blood vessel that transports blood from the lungs to the left atrium | Pulmonary vein |
| atrioventricular valve between the left atrium and left ventricle | Mitral valve |
| The entire heart is enclosed in a sac of tissue | pericardium |
| visceral pericardium, which is the outermost layer of the heart | Epicardium |
| blood that has little or no oxygen | deoxygenated blood |
| the contraction and relaxation of the heart | cardiac cycle |
| contraction phase of the cardiac cycle, when the heart is pumping blood out to the body | systole |
| circulation of blood through the heart and heart muscle | coronary circulation |
| circulation between the heart and the entire body, excluding the lungs | systemic circulation |
| blood having oxygen | oxygenated blood |
| phase of the cardiac cycle when the heart is expanding and refilling; also known as the relaxation phase | diastole |
| (Pathways) transportation of blood to and from the lungs | pulmonary circulation |
| High Pressure, Oxygenated Blood | Left Heart |
| Low Pressure, Deoxygenated Blood | Right Heat |
| Which main coronary artery has more branches | Left>Right |
| The contraction and relaxation of the heart together make up | the cardiac cycle |
| sound of the heartbeat is made during the systolic phase | The lubb sound |
| sound made during the diastolic phase. | The dupp sound |
| atrioventricular valves, are open during | Ventricular Diastole |
| The semilunar valves are open during | Ventricular Systole |
| Oxygenated blood from the heart drains into the | Left Atrium |
| the largest vessel in the body | Aorta |
| ability of the heart cells to receive and transmit an electrical impulse | Conductivity |
| heart muscle cells return to their resting electrical state and the heart muscle relaxes | Repolarization |
| distribute electrical impulses from cell to cell throughout the ventricles | Purkinje fibers |
| delays the electrical conduction through the heart | AV node |
| an electrical current that initiates the contraction of the heart muscle | Depolarization |
| ability of the heart muscle cells to shorten in response to an electrical stimulus | Contractility |
| initiates the heartbeat | SA node |
| branches off the bundle of His that conduct impulses to the left and right ventricles | Bundle branches |
| ability of the heart to initiate an electrical impulse | Automaticity |
| ability of the heart muscle cells to respond to an impulse or stimulus | Excitability |
| Like the unique qualities of the heart, the autonomic nervous system (ANS) is | Involuntary |
| The ability of the heart to initiate an electrical impulse without being stimulated by an outside source is | Automaticity |
| When stimulated, the sympathetic system of the body causes the heart rate to | Increase |
| QRS Complex | Q, R, and S waves |
| ST Segment | End of QRS complex to the beginning of T wave |
| PR Interval | P wave and baseline prior to QRS complex |
| P Wave | Upward small curve |
| QT Interval | QRS complex, ST segment, and T wave |
| The state of cellular rest (ready phase) of the heart | Polarization |
| The state of cellular recovery that follows each contraction | Repolarization |
| The state of cellular stimulation that precedes contraction | Depolarization |
| ECG tracing that represents the repolarization of the Purkinje fibers | U wave |
| ECG tracing that represents the time from the start of the atrial activity to the start of ventricular activity | PR interval |
| wave on the ECG tracing is not always seen and sometimes, when seen, can indicate an electrolyte imbalance | U wave |
| For the P Wave the Semilunar Valves | Closed |
| For the P Wave the AV Valves | Open |
| For the QRS Complex the Semilunar Valves | Open |
| For the QRS Complex the AV Valves | Closed |
| For the T Wave the Semilunar Valves | Closed |
| For the T Wave the AV Valves | Open |