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37 Cards in this Set
- Front
- Back
what are the 4 questions to begin with when looking at an Arrythmia
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are there normal P waves, are the QRS complexes wide (greater than 3 boxes/.12s or narrow), what is the relationship between the QRS and P waves and is the rythm regular
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what are the 4 questions to begin with when looking at an Arrythmia
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are there normal P waves, are the QRS complexes wide (greater than 3 boxes/.12s or narrow), what is the relationship between the QRS and P waves and is the rythm regular
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what are the 4 questions to begin with when looking at an Arrythmia
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are there normal P waves, are the QRS complexes wide (greater than 3 boxes/.12s or narrow), what is the relationship between the QRS and P waves and is the rythm regular
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name the 5 types of sustained Supraventricular arrythmias
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PSVT
A-flutter A-Fib Paroxysmal atrial tch multifocal atrial tach |
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name the 5 types of sustained Supraventricular arrythmias
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PSVT
A-flutter A-Fib Paroxysmal atrial tch multifocal atrial tach |
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name the 5 types of sustained Supraventricular arrythmias
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PSVT
A-flutter A-Fib Paroxysmal atrial tch multifocal atrial tach |
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name the 5 types of sustained Supraventricular arrythmias
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PSVT
A-flutter A-Fib Paroxysmal atrial tch multifocal atrial tach |
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describe PSVT
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absolutely regular rhythm between 150 and 250 bpm retrograde p waves may sometimes be seen in leads II and III, but your best chance would be to look in lead V1` for what is called a pseudo R' - a little blip in the QRS complex that represents a superimposed p wave
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describe PSVT
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absolutely regular rhythm between 150 and 250 bpm retrograde p waves may sometimes be seen in leads II and III, but your best chance would be to look in lead V1` for what is called a pseudo R' - a little blip in the QRS complex that represents a superimposed p wave
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describe PSVT
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absolutely regular rhythm between 150 and 250 bpm retrograde p waves may sometimes be seen in leads II and III, but your best chance would be to look in lead V1` for what is called a pseudo R' - a little blip in the QRS complex that represents a superimposed p wave
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describe PSVT
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absolutely regular rhythm between 150 and 250 bpm retrograde p waves may sometimes be seen in leads II and III, but your best chance would be to look in lead V1` for what is called a pseudo R' - a little blip in the QRS complex that represents a superimposed p wave
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what leads to look at in PSVT
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II and III - retrograde p waves
V1 - pseudo R' in QRS complex |
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what leads to look at in PSVT
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II and III - retrograde p waves
V1 - pseudo R' in QRS complex |
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what leads to look at in PSVT
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II and III - retrograde p waves
V1 - pseudo R' in QRS complex |
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what leads to look at in PSVT
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II and III - retrograde p waves
V1 - pseudo R' in QRS complex |
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how what is the rate like in pSVT
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150 to 250
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how what is the rate like in pSVT
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150 to 250
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how what is the rate like in pSVT
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150 to 250
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atrial flutter is usually a result of what
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in its most common form, it is generated by a reentrant circuit that runs largely around the annulus of the tricuspid valve
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atrial flutter is usually a result of what
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in its most common form, it is generated by a reentrant circuit that runs largely around the annulus of the tricuspid valve
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atrial flutter is usually a result of what
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in its most common form, it is generated by a reentrant circuit that runs largely around the annulus of the tricuspid valve
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in its most common form, it is generated by a reentrant circuit that runs largely around the annulus of the tricuspid valve
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atrial flutter
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in its most common form, it is generated by a reentrant circuit that runs largely around the annulus of the tricuspid valve
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atrial flutter
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what is a way to diagnose and terminate PSVT
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carotid massage
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what is a way to diagnose and terminate PSVT
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carotid massage
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what is a way to diagnose and terminate PSVT
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carotid massage
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what would a carotid massage do to a-flutter
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increase the degree of block
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what would a carotid massage do to a-flutter
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increase the degree of block
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what would a carotid massage do to a-flutter
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increase the degree of block
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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in a-fib underlying heart pathology is often present especially coronary artery disease and what else?
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mitral valve disease however long standing HTN is still the most common identifiable cause
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