Sun, Apr-13-08, 08:52
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Experimenter
Posts: 25,865
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Plan: DDF
Stats: 202/185.4/179
BF:
Progress: 72%
Location: San Diego, CA
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What is optimal is a different answer from what is acceptable.
I like referencing this study Dr. Eades commented on. Your longevity appears to be tied to your FBG.
http://www.proteinpower.com/drmike/...gar-hypothesis/
Quote:
As might be expected, after 33 years the diabetic group fared poorly compared to the normal and even the glucose intolerant group. Having a diabetic 2-hr post load glucose profile increased the odds off all-cause mortality by 2.37 and of death from coronary heart disease by 3.70. Clearly having an abnormal glucose tolerance test is bad news for prospects of a long life, more so, in fact, than a “bad” cholesterol test.
But, the most interesting aspect of this study is what the researchers found in the normal group first at 10 years then at 33 years down the road. Everyone knows that a markedly elevated blood sugar level or a diabetic glucose tolerance test bodes poorly for long term mortality, but what about the lower end of the curve? Is there a difference there? Is there a difference in long term mortality between a blood glucose level of, say, 95 mg/dl and one of 85 mg/dl, both of which are considered normal.
At the 10 year followup of the 18, 403 men the researchers found that heart disease mortality started to increase at blood sugar levels above 95 mg/dl, but that those subjects with blood sugar levels below 95 mg/dl showed no increased risk for death from heart disease.
After 33 years, however, the picture changes. The cutoff level drops to 83 mg/dl. In other words, in terms of cardiovascular mortality, the risk starts to rise as 2-hr post load blood sugars reach 83 mg/dl and that there is a linear increase in risk between 83 mg/dl and 95 mg/dl. I’m sure that after 40 years, the minimum level will drop a few points further.
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I wonder if perhaps BG averages (during fasting and non-fasting) might be found to be important someday.
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