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176 Cards in this Set

  • Front
  • Back
valve that lies between the right atrium and the right ventricle
tricuspid valve
smallest blood vessel
capillary
carries oxygenated blood from the lungs to the heart
pulmonary vein
largest artery in the body
aorta
carries oxygen-poor blood into the heart from the upper parts of the body
superior vena cava
upper chamber of the heart
atrium
carries oxygen-poor blood to the lungs from the heart
pulmonary artery
small artery
arteriole
valve that lies between the left atrium and the left ventricle
mitral valve
brings blood from the lower half of the body to the heart
inferior vena cava
a small vein
venule
lower chamber of the heart
ventricle
TRACE the path of the blood through the heart: Begin as the blood enters the right atrium from the venae cavae. Include the valves of the heart.
1) right atrium 2) tricuspid valve 3) right ventricle 4) pulmonary valve 5) pulmonary artery oxygen-poor blood 6)capillaries of the lung 7) pulmonary vein 8) left atrium 9) mitral valve 10) left ventricle 11) aortic valve 12) aorta – oxygen-rich blood to head and body
pacemaker of the heart
sinoatrial (SA) node
sac-like membrane surrounding the heart
pericardium
wall of the heart between the right and the left atria
interatrial septum
relaxation phase of the heart beat
diastole
specialized conductive tissue in the wall between the ventricles
atrioventricular bundle (or bundle of His)
inner lining of the heart
endocardium
contractive phase of the heartbeat
systole
a gas released as a metabolic product of catabolism
carbon dioxide (CO2)
specialized conductive tissue at the base of the wall between the two upper heart chambers
atrioventricular (AV) node
inner lining of the pericardium, adhering to the outside of the heart
visceral pericardium (outer lining is the parietal pericardium)
abnormal heart sound caused by improper closure of heart valves
murmur
beat of the heart as felt through the walls of arteries
pulse
hardening of the arteries
arteriosclerosis
disease condition of the heart muscle
cardiomyopathy
enlargement of the heart
cardiomegaly
inflammation of a vein
phlebitis
condition of rapid heartbeat
tachycardia
condition of slow heartbeat
bradycardia
high levels of cholesterol in the blood
hypercholesterolemia
surgical repair of a valve
valvuloplasty
condition of deficient oxygen
hypoxia
pertaining to an upper heart chamber
atrial
narrowing of the mitral valve
mitral stenosis
breakdown of a clot
thrombolysis
bluish discoloration of the skin owing to deficient O2 in blood
cyanosis
incision of a vein
phlebotomy
new connection of arteries
arterial anastomosis
suturing (repair) of an aneurysm
aneurysmorrhaphy
mass of yellowish plaque (fatty substance)
atheroma
abnormal heart rhythm
arrhythmia
instrument to measure blood pressure
sphygmomanometer
instrument to listen to sounds within the chest
stethoscope
inflammation of the mitral valve
mitral valvulitis
hardening of the arteries with a yellowish, fatty substance (plaque)
atherosclerosis
narrowing of a vessel
vasoconstriction
widening of a vessel
vasodilation
inflammation of the inner lining of the heart
endocarditis
rapid but regular atrial or ventricular contractions
flutter
small hole between the upper heart chambers – congenital anomaly
atrial septal defect
improper closure of the valve between the left atrium and ventricle during systole
mitral valve prolapse
blockage of the arteries surrounding the heart leading to ischemia
coronary artery disease
high blood pressure affecting the heart
hypertensive heart disease
rapid, random, ineffectual, and irregular contractions of the heart
fibrillation
inflammation of the sac surrounding the heart
pericarditis
inability of the heart to pump its required amount of blood
congestive heart failure
congenital malformation involving four separate heart defects
tetralogy of Fallot
congenital narrowing of the large artery leading from the heart
coarctation of aorta
a small duct between the aorta and the pulmonary artery, which normally closes soon after birth, remains open
patent ductus arteriosus
failure of proper conduction of impulses through the AV node to the atrioventricular bundle
heart block
sudden stoppage of heart movement
cardiac arrest
uncomfortable sensations in the chest associated with arrhythmias
palpitations
battery-operated device placed in chest and wired to send electrical current to heart to establish a normal rhythm
artificial cardiac pacemaker
blockage of a vessel by a clot
thrombotic occlusion
chest pain resulting from insufficient O2 being supplied to muscle
angina pectoris
area of necrosis in heart muscle - heart attack
myocardial infarction
death of tissues due to deprivation of O2
necrosis
tissue that dies because of deprivation of O2
infarction
blood is held back from an area of the body
ischemia
nitrate drug for treatment of angina pectoris
nitroglycerin
drug that increases the strength and regularity of heartbeat
digoxin
abnormal sound heard on auscultation
bruit
vibration felt on palpation of chest
thrill
lesions that form on heart valves after damage by infection
vegetations
clots that travel to and suddenly block a blood vessel
emboli
small, pinpoint hemorrhages
petechiae
an extra heart sound, heard between normal beats and caused by a valvular defect or condition that disrupts the smooth flow of blood through the heart
murmur
listening with a stethoscope
auscultation
heart disease caused by rheumatic fever
rheumatic heart disease
high blood pressure in arteries when the etiology is idiopathic
essential hypertension
high blood pressure related to kidney disease
secondary hypertension
short episodes of pallor and numbness in fingers and toes due to a temporary constriction of arterioles in the skin
Raynaud phenomenon
local widening of an artery
aneurysm
pain, tension, and weakness in a limb after walking has begun
claudication
blockage of arteries in the lower extremities – etiology is atherosclerosis
peripheral vascular disease
three types of drugs used to treat angina
nitrates, beta blockers, and calcium channel blockers
damaged valves in veins fail to prevent the backflow of blood
varicose veins
twisted, swollen veins in the region of the anus
hemorrhoids
four defects in the tetralogy of Fallot
1) pulmonary artery stenosis 2) ventricular septal defect 3) shift of aorta to right 4) hypertrophy of the right ventricle
excessive development of the wall of the right lower heart chamber
hypertrophy of the right ventricle
surgical removal of the innermost lining of an artery when it is thickened with fatty deposits
endarterectomy
very brief discharges of electricity are applied across the chest to stop a cardiac arrhythmia (defibrillation)
cardioversion
measurement of levels of fatty substances (cholesterol and triglycerides) in the bloodstream
lipid test
measurement of the heart’s response to physical exertion (patient is monitored while jogging on a treadmill)
cardiac stress test
blood measurement of creatine phosphokinase (CPK) and acetate dehydrogenase (LDH) after myocardial infarction
serum enzyme test
contrast material is injected into vessels and x-ray films are produced – arteriography
angiography
process of recording the electricity in the heart
electrocardiogram
a radioactive substance is injected intravenously, and its accumulation in heart muscle is measured with a special detection device
cardiac scan
pulses of high-frequency sound waves are transmitted into the chest, and echoes are electronically recorded to show the structure and movement of the heart
echocardiography
process of physically separating HDL, VLDL, and LDL from a blood sample
lipoprotein electrophoresis
vessel grafts are anastomosed to existing coronary arteries to keep the myocardium supplied with oxygenated blood
coronary bypass surgery
magnetic waves are beamed at the heart, and an image is produced to show the structure of the heart
cardiac MRI
video equipment and a computer produce x-ray pictures of blood vessels by taking 2 pictures (without and with contrast) and subtracting the first image (without contrast) from the second
digital subtraction angiography
donor heart is transferred to a recipient
heart transplantation
a catheter is threaded into a coronary artery, and a balloon is inflated that compresses the fatty deposits and opens the artery so that more blood can pass through – percutaneous transluminal coronary angioplasty (PTCA)
balloon angioplasty
instrument that focuses sound waves on a blood vessel to measure blood flow
Doppler ultrasound
a compact version of an electrocardiograph is worn during a 24-hour period to detect cardiac arrhythmias
Holter monitoring
treatment with drugs (streptokinase and tPA) to dissolve clots after a heart attack
thrombolytic therapy
a heart-lung machine is used to divert blood from the heart and lungs during surgery, with the machine oxygenating the blood and sending it back into the bloodstream
extracorporeal circulation
a catheter (tube) is inserted into an artery or vein and threaded into the heart chambers. Dye can be injected to take x-ray pictures, patterns of blood flow can be detected, and blood pressures can be measured
cardiac catheterization
AF
atrial fibrillation
VT
ventricular tachycardia
VFib
ventricular fibrillation
PVC
premature ventricular contractions
PAC
premature atrial contractions
CHF
congestive heart failure
VSD
ventricular septal defect
MI
myocardial infarction
PDA
patent ductus arteriosus
MVP
mitral valve prolapse
AS
aortic stenosis
CAD
coronary artery disease
ASD
atrial septal defect
a laser makes a hole in heart muscle to induce growth of new blood vessels (angiogenesis)
TMLR – transmyocardial laser revascularization
a booster pump implanted in the abdomen with a cannula leading to the heart is a “bridge to transplant”
LVAD - left ventricular assist device
ultrasound images of the heart are taken through the esophagus
TEE – transesophageal echocardiogram
a new device to sense arrhythmias and give shocks that correct them can be implanted in the chest
AICD – automatic implantable cardioverter/defibrillator
a catheter, placed in blood vessels leading up against the heart muscle, delivers a high-frequency current to burn a small portion of the heart muscle, which reverses an abnormal heart rhythm
RFA – radiofrequency catheter ablation
this procedure determines the heart’s response to physical exertion (stress)
ETT – exercise tolerance test
high-frequency sound waves are pulsed through the chest wall and bounce off heart structures, creating an image of heart structure
ECHO – echocardiography
a radioactive test of heart function
MUGA – multiple-gated acquisition scan
pertaining to the heart
coronary
not a normal heart rhythm
arrhythmia
widening of a vessel
vasodilation
incision of a heart valve
valvotomy
removal of a clot that has traveled into a blood vessel and suddenly caused occlusion
embolectomy
surgical puncture to remove fluid from the pericardial space
pericardiocentesis
percutaneous transluminal coronary angioplasty
PTCA
removal of the inner lining of an artery to make it wider
endarterectomy
suture of a ballooned-out portion of an artery
aneurysmorrhaphy
removal of plaque from an artery
atherectomy
coronary bypass surgery (to relieve ischemia)
CABG
transcribe standard bipolar leads?
use Roman numerals (lead I, lead II, etc.)
transcribe augmented limb leads?
aVR, aVL, aVF
transcribe precordial leads?
V1, V2 through V9
transcribe right precordial leads?
V3R, V4R, etc.
transribe Ensiform cartilage lead?
VE
transcribe third interspace leads?
3V1, 3V2, 3V3, etc.
transcribe esophageal leads?
E15, E24, E50, etc.
transcribe sequential leads?
leads V1 through V5 (NOT V1 though 5 or V1-V5 or V1-5)
transcribe tracing terms?
Q wave or q wave; QS wave or qs wave; no hyphen between letter and "wave" except when used as an adjective
transcribe "R prime"?
R' wave or r' wave; also S' wave or s' wave
transcribe QRS axis?
use a plus or minus sign followed by arabic numeral
(QRS +60 degrees)
transcribe "STT wave abnormality"
ST and T-wave abnormality
or
ST-T-wave abnormality
transcribe first through fourth heart sounds
S1, S2, S3, S4
transcribe aortic valve component
A2
transcribe mitral valve component
M1
transcribe pulmonic valve component
P2
transcribe tricuspid valve component?
T1
transcribe "grade two six systolic murmer"
grade 2/6 systolic murmur
dictated "grade 4 and a half over 6 murmur"
grade 4.5 over 6 murmur
dictated "grade 4 to 5 over 6 murmur"
grade 4 to 5 over 6 murmur
OR
grade 4/6 to 5/6 murmur
dictated "to-and-fro SDM
transcribed "to-and-fro systolic-diastolic murmur"
TIMI
stands for "thrombolysis in myocardial infarction (grades 1 to 3) Ex: The patient had TIMI grade 3 flow at 90 minutes following thrombolytic therapy.
dictated respirations: "18 bpm"or "21 rpm"
SPELL OUT: Respirations: 18 breaths per minute and 21 respirations per minute or Respirations: 21/min
secondary symbols used in pulmonary and respiratory terminology for gas phase?
first terms of an expression-
A is alveolar
B is barometric
E is expired
I is inspired
L is lung
T is tidal
primary symbols used in pulmonary and respiratory terminolgy?
C is blood gas concentration
P or p is pressure or partial pressure
Q is volume of blood
V is volume of gas
D is diffusing capacity
R is gass exchange ratio
secondary symbols for blood phase in pulmonary and respiratory terminology?
lower case letters:
b is for blood
a is for arterial
c is for capillary
v is for venous
gas abbreviations (usually the last element of the term used in pulmonary and respiratory termonolgy)
CO2; O2; N2; CO
dictated "partial pressure of carbon dioxide"
transcribed pCO2
dictated "partial pressure of arterial carbon dioxide"
transcribed PaCO2
dictated "partial pressure of oxygen"
dictated pO2
dictated "partial pressure of oxygen"
transcribed PaO2
dictated "ventilation-perfusion ratio"
V/Q