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Biology 9 Online
OpenStudy (anonymous):

Question time :) If a patient has a delayed repolarization of the ventricles in the heart, what effect do you think there will be on the heart function?

OpenStudy (anonymous):

I actually dont know the answer for this. well, maybe I ;m just a little bit confusing , anyone wanna clear my confusion? There must be a irregular heart pattern, any other effects will there be?

OpenStudy (anonymous):

I think you're right. Since we're assuming the atria are functioning properly, they'll be continuing to pump their blood - so perhaps you could have a bit of backflow? Exercise will of course, be difficult as well.

OpenStudy (anonymous):

I agree that there will be reduced cardiac output. If you're into ECG traces then you might see a flattened or reduced T wave and possibly a U wave. I have attached a link which might come in useful if you end up studying ECGs: http://en.wikipedia.org/wiki/ECG A potential cause of delayed depolarisation might be hypokalemia if this helps.

OpenStudy (anonymous):

^Great answer!

OpenStudy (anonymous):

thx both!

OpenStudy (blues):

You could do worse than read up on arrhythmias, which are by definition cardiac problems resulting from disturbances in electric conduction. I'm surprised no one has added that word yet. I would be interested in @exuras 's input on this one.

OpenStudy (anonymous):

It is without a doubt arrhythmia as blues pointed out, this is a type of arrhythmia which has two subgroups one is caused by depolarisation issues, one by repolarisation issues. I don't think i need to explain how those two are dependant on eachother to you.

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