Ventricular Fibrillation: Difference between revisions
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| p_wave = AV-dissociation | | p_wave = AV-dissociation | ||
| adenosine = none | | adenosine = none | ||
| animation = < | | animation = <flashow>http://nl.ecgpedia.org/images/8/8a/TenTusscherVF.swf|width=250|height=250|quality=best|align=right||</flashow> | ||
| animationdesc = '''This movie shows a computer model of ventricular fibrillation in the human heart.<cite>tentusscher</cite>''' Read [[Copyright|this]] if you want to use this image in a presentation. [[Media:TenTusscherVF.swf|Link to the file / enlargement]] | | animationdesc = '''This movie shows a computer model of ventricular fibrillation in the human heart.<cite>tentusscher</cite>''' Read [[Copyright|this]] if you want to use this image in a presentation. [[Media:TenTusscherVF.swf|Link to the file / enlargement]] | ||
}} | }} |
Revision as of 19:18, 1 April 2008
This is part of: Ventricular Arrhythmias |
{{{locatieafbeelding}}} | |
Atrial rate | 60-100 bpm |
Ventricular rate | 400-600 bpm |
Regularity | irregular |
Origin | ventricles |
P-wave | AV-dissociation |
Effect of adenosine | none |
Example ECG: {{{example}}} | |
Example ECG2: {{{example2}}} |
Ventricular fibrillation (VF or V-fib) is chaotic depolarisation of the ventricles. Mechanically this results in an arrested cardiac pump function and immediate death. VF can only be treated by immediate defibrillation. If you consider ventricular fibrillation in a conscious patient, than you should look for a technical problem with the ECG, eg. movement or electrical interference.
A comprehensive history of research into ventricular fibrillation has been written by Jalife.[1]
Examples
VF develops in a patient with an inferior MI