Thank you all for the great information. Since, it is so early in the process, I am not getting the information I feel I need from the Drs. I am not aware of any heart issues in young family members. The Dr did put her on beta blockers with plans to increase her dosage . I did ask about ICD and Dr stated that due to her condition it could create an adrenalin storm in her heart, so not an option. They are VT's , and dr stated she was lucky to be with us today considering her last fainting spell that left her incoherent for 45 mins. I have not spoke with the Dr doing the study /ablation so I feel like I just dont have the answers I need. One of my concerns is the chance of stroke with the ablation and is it greater due to her PFO? . what are the long term side effects of beta blockers?
If they don't get it with an Ablation... they'll try again (ablation).
Did they say it was VT or SVT? Big diff... VT is more serious. Most of the time SVT is not lethal.
If they do not get it with an ablation or two - they'll probably do an ICD and drugs.
Take it one step at a time. What % success guess did the EP give you?
good thing dr's are taking this seriously and going to try and find the cause; dr's ignored my fainting and arrhythmia's from age 9 - 42; now 2 years later I'm still trying to find answers but they think it's genetic (Hypertrophic Obstructive Cardiomyopathy) do you have any family history of early death or heart disease etc?
I went through all the tests - EKG's, Echo, stress test, tilt table test, cardiac MRI, cardiac catherization and then had a pacemaker/defibrillator implanted. Even though I had an EP study and ablation which helped my pvc's somewhat but not VT episodes; I still have major problems... in June 2011; I had 3 VTach episodes even with treatment, meds and ICD.
They should do a tilt table test also to see if the ANS (autonomic nervous system) is involved or what her heart does during the test.
I am not trying to scare you, but I would make sure to ask her dr about not exercising until they find the cause and get it treated. Also make sure the school has AED's (Automatic External Defibrillators) and knows what's going on with her just in case it happens again.
I completely agree with the answer above.
What is also important to clear up is the cause of your daughter's ventricular tachycardia.
The 300 BPM ventricular tachycardia only lasted 3 beats (in other words 0,6 seconds) but longer ventricular tachycardia runs at 300 BPM will cause fainting even in young completely healthy hearts.
Ventricular tachycardia reduces the cardiac output more than supraventricular tachycardia because the ventricles contract the "wrong way" and unsynchronized. In addition the atrias don't help pumping as they should do. This is why ventricular tachycardia is considered more serious than supraventricular tachycardia. And - ventricular tachycardia often have a cause.
What happens if the ablation is unsuccessful depends on the cause of the ventricular tachycardia. If it's due to a genetic electrical defect (long/short QT syndrome, Brugada syndrome, catecholaminergic polymorphic ventricular tachycardia, etc) the treatment is usually beta blockers and possibly an ICD. If it is caused by organic heart disease (cardiomyopathy) the doctors will probably treat this underlying condition if possible. Benign ventricular tachycardias are from what I know, often easy to ablate.
But I need to say, I'm not at all an expert, just a patient suffering from "premature beats" and supraventricular tachycardia.
Long-term treatment of ventricular tachycardia may include the use of anti-arrhythmic medications like procainamide, amiodarone, or sotalol. The problem with them is they can have severe side effects. Their use is declining in favor of other methods such as ablation.
Another treatment for ventricular tachycardias is a device called an implantable cardioverter defibrillator . The ICD is usually implanted in the chest, like a pacemaker. It is connected to the heart with wires.
The ICD can be programmed to sense when ventricular tachycardia is occurring, and administers a shock to stop it. The ICD may also be programmed to send a burst of paced beats to interrupt the ventricular tachycardia. Anti-arrhythmic drugs may be needed to prevent repeated firing of the ICD.
Of course,the fear of V-tach is that can lead to ventricular fibrillation, asystole, and sudden death. For now, put your hope in the ablation procedure and go from there.