> Attack: I recently had a heart attack while exercising. My angiogram
> showed 100% blockage of the right coronary artery. The blockage was
[quoted text clipped - 21 lines]
> Crestor a day instead of the Lipitor. Can this stop the build up of
> plaque? What options do I have?

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>> Attack: I recently had a heart attack while exercising. My angiogram
>> showed 100% blockage of the right coronary artery. The blockage was
[quoted text clipped - 16 lines]
>> 1. Does anyone know why the damage was not more severe? What does it
>> take to damage heart muscle and what mechanisms mitigate it.
you stated that the blockage was cleared and stent placed within 2
hours....bingo...
TIME is the key...usually takes about 4 hours for heart muscle to
"die"...thus the rush to give you "clot busting " drugs and insert a stent
asap
>> 2. It seems to me that it is likely I will have more attacks given the
>> continuing plaque buildup with Lipitor. I am now taking 20 mg of
[quoted text clipped - 3 lines]
> I am not a doctor. I suggest that you continue the exercise program and to
> consider becoming a vegetarian.
Please do not suggest anything Jason...you know only what you read in
books...
becoming a vegetarian might not help at all....it is not only ingested
fats,,but those produced normally by the body..
the op needs to follow his health profesionall's advice...not Jason's ...not
a book
I also suggest that you read this book
> and start taking the "alternatives" mentioned in the book
> WHAT YOU MUST KNOW ABOUT STATIN DRUGS AND THEIR NATURAL ALTERNATIVES
> by Jay S. Cohen, M.D.
Andrew B. Chung, MD/PhD - 17 Jan 2006 05:58 GMT
> >> Attack: I recently had a heart attack while exercising. My angiogram
> >> showed 100% blockage of the right coronary artery. The blockage was
[quoted text clipped - 22 lines]
> TIME is the key...usually takes about 4 hours for heart muscle to
> "die"...
Actually, heart muscle starts to die after only about 20-30 minutes of
no perfusion. My guess would be that good collateral circulation had
developed lessening the impact of the complete occlusion.
Please be aware that the sun will "turn black like sackcloth made of
goat hair" (Revelation 6:12b) during the total solar eclipse that will
happen in Turkey on Wednesday 03/29/2006 at around 14:00 hrs LT.
http://tinyurl.com/dcj7w
The order of darkening of the following ancient cities in Turkey:
(1) Ephesus
(2) Smyrna
(3) Pergamum
(4) Thyatira
(5) Sardis
(6) Philadelphia
(7) Laodicea
Will be the same order that Christ Jesus used to address the seven
churches:
"Write on a scroll what you see and send it to the seven churches: to
Ephesus, Smyrna, Pergamum, Thyratira, Sardis, Philadelphia and
Laodicea." (Revelation 1:11)
Would be more than happy to "glow" and chat about this and other things
like cardiology, diabetes, cooking and nutrition that interest those
following this thread here during the next on-line chat (01/19/06) from
6 to 7 pm EST:
http://tinyurl.com/cpayh
For those who are put off by the signature, my advance apologies for
how the LORD has reshaped me:
http://tinyurl.com/bgfqt
Prayerfully in Christ's love,
Andrew
http://tinyurl.com/b6xwk
Russell Farris - 23 Jan 2006 15:34 GMT
The plaque that builds up in our arteries is composed largely of dead "foam
cells." Most foam cells are macrophages, large white blood cells.
Macrophages are the garbage collectors of the immune system, and
they wander through the body eating dead cells, germs, etc. They also eat
little scraps of cholesterol that are left over from various bodily
processes. Normally, the macrophage wraps the cholesterol up in a protein
wrapper and expels it. The protein-wrapped cholesterol then circulates until
it reaches the liver. The liver reads the proteins as a signal to destroy
the protein/cholesterol package, and that is the end of the cholesterol.
If a macrophage is infected with any one of several germs, it loses
the ability to expel the cholesterol it ingests. It continues to ingest
cholesterol as before, except that now it begins to swell up like a balloon.
The macrophage has become a foam cell. Foam cells tend to die in clumps in
our arteries. These clumps eventually become large enough to block our
arteries.
The standard treatment for this phenomenon is to lower cholesterol
levels to such a low level that very few foam cells are created. Foam-cell
creation cannot be completely stopped, however, except by curing the
infections that cause them. Russ Farris http://www.potbellysyndrome.com
> [I think it was "arnold2@comcast.net" <arnold2@comcast.net> who wrote:
> Background: I am a 66 years old male. I have had stable angina for
[quoted text clipped - 4 lines]
> symptoms, but the beta-blocker continued to help. About 12 months ago,
> an angiogram showed continuing plaque buildup.
Robert - 23 Jan 2006 19:05 GMT
> The plaque that builds up in our arteries is composed largely of dead "foam
> cells." Most foam cells are macrophages, large white blood cells.
Foam cells are not specific for infection. The origins of inflammation
associated with CAD are still being researched.
There are many bacteria that benefit the human host that produce essential
vitamins and nutrients. There is a fine balance between health and
opportunistic chronic infections. They just don't know right now how to
interpret the newer techniques such as DNA probes in finding microbial
material that is culture negative. The institution of longer treatment times
with antibiotics depending on PCR results would generate more resistance in
the long run.
The use of cytokines or hormones, agents is still being looked at.
Like anything out there, a hype about the infectious connection which
includes Alzheimer's and neurologic disease and just about any condition out
there in order to generate revenue in their research.