Hey Travis. Thought I'd check in with you and see how you're doing. Sounds like a mixed bag what with the pain episodes and the Navy deal. Well, they don't know what they're missing out on. Anyone who can face the challenges you had and add to it the physical... Read more.
Hey Travis. Thought I'd check in with you and see how you're doing. Sounds like a mixed bag what with the pain episodes and the Navy deal. Well, they don't know what they're missing out on. Anyone who can face the challenges you had and add to it the physical conditioning regime you are on and then on top of that working through the pain episodes is the elite of the elite. Yeah, elite of the elite of the elite even.
I really hope that it works out getting to the bottom of the pain episodes. Keep pushing them to figure it out. Maybe consult with a place that's done even more thousands and thousands of MV repairs? Hopefully somebody has seen it before. Hey, but I know you are unique!
So, a 6 out of 10. Can I convert that to a 2 out of 4? That's not so bad. The important thing is to keep track of it. Athletes as a matter of course have more regurgitation than average according to the stats. It's partly because athlete hearts are beefier in the muscle, but conditioning does not enlarge the valves along with the muscle. That pulls the bases of the valves apart a bit so they don't meet as well in the middle anymore. You have an annuloplasty ring, right? That's supposed to stabilize the valve circumference and keep the leaflets at the right separation so they meet properly (coapt) on the ventricular beat. That means something else is going on. Here's my (un)educated guess:
You mentioned numbers below that suggest your heart has remodeled significantly post surgery. So, and I'm just free wheeling here without any real expertise - take it with a grain of salt - when your valve was repaired they moved the chords around on the leaflets as part of the repair. Then they check for leakage and coaptation to be sure they've got them in the right place so the leaflets properly meet before finishing up. That all happened when your heart was still enlarged. At that time the chords were just the right length. Now after remodeling, your heart has gotten smaller because it doesn't have to fill 140 ml to pump 60 ml anymore (or whatever the numbers are). It only has to fill 80-90 ml or so now that half the blood isn't going the wrong way. Being smaller means the distance from the papillary muscles where the chords are rooted to the valve leaflets is shorter. But the chords are the same length. So there's some room now for the valve to prolapse. Maybe they compensate for this effect in the surgery, but if so, I imagine it's hard to get just right. Or maybe I'm totally off base, engaging in pure and idle speculation, or just plain wronger than wrong. In any case there should be some details in the surgery report about what was moved, trimmed, and added. Whatever is going on should be apparent in your echo.
In my journal I have a piece about afterload reduction, which has been shown to slow down the progression of MR using common, safe drugs. They basically lower your blood pressure through a variety of means to promote more prograde rather than retrograde flow. You might want to see if this is a viable approach for you. It's my journal entry "An ACE up your sleeve: from October 28, 2012.
As usual since I'm not a medical doctor these are just talking points you might want to use with your cardiologist to stoke a conversation that might end up with some good ideas.
OK buddy, time to book. May your beat be strong and long!
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