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53 Cards in this Set
- Front
- Back
S and S of __:
Cardinal symptoms: chest, neck or arm pain, palpitations, dyspnea, syncope, fatigue, cough & cyanosis. Edema & claudication—most common symptoms of patho conditions. Chest Pain may arise from ischemia, MI, pericarditis, endocarditis, Mitral Valve Prolapse (bicuspid), or aortic dissection w/w/o aneurysm. May also see: Nausea, vomiting, diaphoresis, dyspnea, fatigue, pallor or syncope. |
CV DZ
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Studies for CVD were done on __ in the past
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males
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Angina pattern distribution is in the __ nerve
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Ulnar
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with CVD women tend have pain to the _ or _ region
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jaw or scapular
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S and S of _:
_— irregular, fast or extra heartbeat. May be caused by MVP, caffeine, anxiety, exercise, athlete’s heart, or a severe condition such as CAD, cardiomyopathy, complete heart block, ventricular aneurysm, AV valve dz, mitral or aortic stenosis. _—(shortness of breath)— caused by pulmonary patho, trauma, fever, certain meds. DOE (difficulty on exertion) may be due to impaired L ventricle _- prop up in order to breath _- not breathing at night |
CVD
Palpitations Dyspnea Orthopnea Paroxysmal nocturnal dyspnea |
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s and s of _:
_ —cardiac origin—conditions of dysrrhythmias, orthostatic hypotension, Vertebral Basilar Insufficiency, aortic dissection, CAD, & hypoglycemia (low blood sugar). Predictors include: Low BMI, ETOH, DM or increased glucose levels Noncardiac contributors: stress, migraine HA, anxiety, seizures or psych conditions _—parasympathetic increase causing vasodilation throughout the body Prolonged sitting or standing _ response—passes out—regains consciousness after recumbency |
CVD
Syncope Vasovagal syncope Vagal |
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S and S _:
_ —may be pulmonary or CV issue such as MVP w/exercise, stress or positional _—visible cyanosis most often accompanies CV or pulmonary problems but may be due to hematologic or CNS disorders. _—hallmark of right side ventricular failure. Usually bilateral & dependent, may be accompanied by Jugular Venous Distention (fig.12-13), cyanosis & abdominal distention from ascites _—Peripheral Vascular Dz along w/CAD. What do we do w/these patients?_. How do we know it is vascular vs spinal stenosis? Put them on an ex routine and find out when they _ |
CVD
Cough Cyanosis Peripheral edema Claudication Get them up and moving get their symptoms |
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pathway of blood
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RA, RV, PA, Lungs, PV, LA, LV, arteries, arteriols, capillaries, venuouls, Veins, RA
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Layers of the heart:
From inside to out |
Endocardium
myocardium epicardium visceral layer of serous pericardium pericardial space parietal layer of serous pericardium fibrous pericardium |
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_- is where we have fluid
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Pericardial cavity
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Congestive Heart failure- _ layer is affected
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outer most
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_- fire at one spot spreads throughout
Past 65 _ node deteriorates and fired at a slower rate, then the_ node takes over and it fires at a higher rate then the _- therefore the HR will go up and stay that way (why they may put a pace maker in) |
Functional synsichium
SA AV SA |
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_- where there is no rhythm
_- the ventricles _-should return to the isoelectric line Below isoelectric=_ Above isoelectric= having a _ or did have a _ |
Isoelectric line
QRS ST ischemia heart attack heart attack |
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_ (_)
1. Ventricular Septic Defect 2. Atrial Septal Defect 3. Patent Ductus Arteriosus 4. Tetralogy of Fallot 5. Pulmonic Stenosis 6. Coarctation of the Aorta 7. Transposition of the Great Vessels |
congenital heart DV (peds)
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_: Most common defect
Hole between L & R ventricles due to lower pressure on the R side so less oxygenated blood to the system. Not as much oxygenated blood but not deoxygenated blood so no cyanosis. |
Ventricular septal defect
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In most kids, the foramen ovale closes. If _ continues, the R side of the heart becomes thicker, pressure changes & blood can shift from R to L.
These patients will have chest pain w/exertion |
ventricular septal defect
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_ Hole between L & R atrium.
Normally, when the 1st breath is taken the fossa ovale closes. If it does not, then blood from the pulmonary vein enters the L atrium & some blood crosses the _into the R atrium & ventricle. |
atrial septic defect
atrial septal defect |
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_ In utero, the aorta & pulmonary artery are connected, w/1st breath, it closes.
If it does not, some of the blood from the aorta crosses the _ & flows into the pulmonary artery |
patent ducts arteriosus
ductus arteriosus |
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_ #1 cause of blue babies.
1. transposition of aorta 2. pulmonic stenosis (hardening) 3. Ventral Suptal Defect 4. R ventricular hypertrophy—due to pulmonary artery hardening This defect leads to deoxygenated blood being pumped into the systemic circulation. |
tetralogy of fallot
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_ Hardening of the pulmonary artery leads to the shunt not working properly
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pulmonic stenosis
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_ In this defect, the aorta is narrowed or no shunt is present. What condition occurs depends on where the narrowing occurs. May lead to severe obstruction of blood flow in the descending thoracic aorta.
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coarctation of the aorta
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_ Systemic venous blood returns to the R atrium & then goes to the R ventricle & on to the aorta instead of going to the lung via the pulmonary artery.
The infant needs to have surgery immediately. |
transposition of the great vessels
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_ or _
etiology- artherosclerosis of coronary arteries Incidence- 1.5 million MI, 400000 fatal Manifestation: angina-reversible. myocardial infarction- death of tissue. Sudden death-lethal arrhythmia. Angina pectoris= myocardial ischemia |
ischemic heart dz or CAD
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_ that doesn't go away with rest- is bad and may be having a heart attack if it doesn't get better with meds
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irreversible angina
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ischemia or CAD:
_syndrome occurs when the coronary arteries close up (vasospasm) causing SEVERE pain from ischemia. |
Prinz metals
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ischemia or CAD:
Vulnerable areas of the coronary arteries—occurs because _accumulates at areas of _. |
cholesterol
turbulence |
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s and s of _:
Gripping vicelike feeling of pain or pressure behind the breast bone Pain may radiate to the neck, jaw, back, shoulder, or arms Toothache Burning indigestion Dyspnea Nausea Belching ST segment depression |
Angina
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RX of _:
1. Dietary 2. Exercise—routine decreases CAD by 25% 3. Medications 4. Angioplasty—buys days, maybe years 5. CABG |
angina
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_ In the majority of cases, sudden formation of a thrombus on a narrowed coronary artery that blocks blood flow getting to tissue.
30% do not know they had a _ |
MI
MI |
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s and s _
Severe substernal chest pain or squeezing pressure Pain radiating down arms Feeling of indigestion Angina lasting for 30 minutes or > Angina unrelieved by rest Nausea Pallor Pain of infarct unrelieved by positional change Diaphoresis SOB Weakness & feeling of faintness ST segment elevation T wave inversion Q waves |
MI
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types of MI:
_—most vulnerable area of the heart because it is the last place to get blood (deepest) _—wall to wall infarction. Example—outside of heart, epicardium to inside or endocardium (through all the layers) |
Subendocardial or semi
Transmural |
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Dx of MI:
_—_segment elevation is the hallmark for a transmural MI _ (CPK-MB)—24 hours post infarct (looking for specific markers) _ _ |
EKG
ST Serum enzymes History Angiography |
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Complications of MI:
_ _ —knock out 40% of ventricular muscle fiber _ —transmural MI leads to rupture through ventricular wall->cardiac tamponade possible or papillary muscle ruptures _- like berry or AAA _ —inflammatory response pulls platelets into area forming a thrombus in the ventricle—can break & go to the brain _ —inflammation of the pericardium—can lead to cardiac tamponade which limits venous return |
Dysrhythmias
Cardiogenic shock Rupture Aneurysms Mural thrombosis & embolus Pericarditis |
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__ 2-3 million, more common in males
Causes: Ischemic heart dz Rheumatic heart dz Congenital heart dz HTN heart dz Cardiomyopathy Inflammatory heart dz Nutritional Endocrine metabolic |
CHF
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_ Causes: MI causing back up into the lungs
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L side heart failure
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_ s and s
Fatigue & dyspnea after mild exercise Persistent spasmodic cough especially lying down (cough will continue, and goes away when propped up) Paroxysmal noctural dyspnea Orthopnea Tachycardia Muscle weakness Edema & weight pain Irritability/restlessness Decreased renal fx or frequent urination @ PM S3 heart sounds—classic sign (S1 and S2 are normal) |
L side heart failure
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_ Cause L sided heart failure
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right sided heart failure
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s and s _
Increased fatigue Dependent edema Pitting edema (#5-10#) Edema in sacral area or back of thighs S3 heart sound |
Right sided heart failure
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_ If not treated, L ventricle mass gets thicker but gets weaker.
Vascular supply does not improve, making them more prone to MI or ischemia. |
HTN
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_:
Lung pathology that leads to pulmonary HTN, leading to Right sided heart failure. Examples: Both are paired together 1. _—hypoventilation due to mucus in the bronchi. Not much air in or out. Reflex vasoconstriction—increases resistance to bloodflow thereby increasing Right sided pressure 2. _—loss of lung parenchyma—loss of lung capillaries—increases resistance to blood flow—increasing Right sided pressure. At end stage _—go into _. |
cor pulmonale
Bronchitis Emphysema emphysema cor pulmonale |
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_ Group A streptococci activate antibodies & T cells cross react with markers on cardiac cells & heart valvular glycoproteins causing inflammation of the heart valves.
This leads to the valves not working correctly & causing a variety of symptoms and signs. Over time will destroy all the heart valves, will need to replace then |
rheumatic heart dz
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_ S and S
Migratory joint pain Subcutaneous nodules on the exterior surface of joints Fever secondary to streptococcal infection Skin lesions characterized by a flat, painless rash of short duration |
rheumatic fever
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_ s and s
Nonanginal chest pain Palpitations Fatigue Dyspnea |
rheumatic Heart dz
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_ Damage to the endothelial lining of the heart & heart valves
Causes—infective agent is usually the cause. Example is IV drug abusers |
endocarditis
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_ s and s
Fever Night sweats Petechiae- broken blood vessels Splinter hemorrhages in the nail beds Recurrent flus HA Myalgias, arthralgias, back pain |
endocarditis
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_ Abnormal heart sounds!
Systolic—aortic stenosis (AV valve hardening) or AV valve incompetence (not working) Diastolic—aortic valve incompetence (not working) Continuous— stenosis in 1 place, incompetence in another place or patent ductus arteriosus (aorta/p. Artery connection) |
murmurs
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_ s and s]Easy fatigue
Dyspnea Palpitations Chest pain Pitting edema Orthopnea or paroxysmal dyspnea Dizziness & syncope (fainting) |
CVD
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Inflammation of the myocardium
Etiology—viral infection to myocardium->inflammation If severe—heart transplant, if mild—meds. |
myocarditis
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_ Inflammation of the pericardium
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pericarditis
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_ s and s
Substernal pain that may radiate to neck, upper back, upper traps, left supraclavicular area Difficulty in swallowing Relieved by leaning forward or by sitting upright*** Aggravated by movement associated w/deep breathing (laughing, coughing, deep inspiration) Aggravated by trunk movements (SB or rotation) Hx of fever, chills, weakness, or heart dz. A recent MI along with these symptoms should alert you! |
pericarditis
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If inflammation around the heart, this limits venous return and causes __.
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cardiac tamponde
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_ s and s
Narrowing of pulse pressure, S/D. Squeezing the blood vessels to raise the total peripheral resistance |
cardiac tamponde
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_Heart muscle cells damaged by unknown causes
1._—dilated—leads to large dilated heart. Caused by viral infection—end result is _. 2. _—really thick myocardium so chamber in ventricle becomes smaller thus limiting venous return 3. _—unknown cause & prognosis varies with amount of restriction. |
cardiomyopathies
Congestive congestive dilated cardiomyopathy Hypertrophic Restrictive |