http://www.dialogues-cvm.com/document/DCVM49.pdfReturning to the question raised in the introduction of this review, we can now say that CHD rates are not so low in France, animal fat intake not so high, and the diet-heart concept not so unique that the existence of a “French paradox” may be
sustained any longer, except as cultural fantasy or a marketing ploy
AMBrennan wrote
The NHS pays for the cost of complications; the other guy is selling books. Use some common sense. If he had the evidence to support his claims, he'd have published in a journal and not written a book targeting the general public who, no offence, will not be able to tell if he's right or not.
Interestingly, the following measures are not even on the radar screen, as far as arterial stiffness is concerned: systolic blood pressure, LDL cholesterol, HDL cholesterol, triglycerides, and fasting insulin levels.
What about the lipid hypothesis, and the “bad” LDL cholesterol!? This study is telling us that these are not very relevant for arterial stiffness when we control for the effect of blood glucose measures. Not even fasting insulin levels matters much! Wait, not even HDL!!! A high HDL has been definitely shown to be protective, but when we look at the relative magnitude of various effects, the story is a bit different. A high HDL’s protective effect exists, but it is dwarfed by the negative effect of high blood glucose levels, especially after meals, in the context of cardiovascular disease.
AMBrennan wrote
The NHS pays for the cost of complications; the other guy is selling books. Use some common sense. If he had the evidence to support his claims, he'd have published in a journal and not written a book targeting the general public who, no offence, will not be able to tell if he's right or not.
Probably, the linked points make no sense except to create dramatic peaks.I have been staring at that graph and it gives remarkable information but there are two things I don't quite understand.
1. Why has someone joined up all the dots?
2. Would it be clearer as a table re-sortable so that either of the axes could be in the left hand column?
And of those that knew they had high cholesterolSome geographical patterns in the frequency of cholesterol measurements emerged. The highest frequency was observed in France, Belgium, Germany, Italy, and Spain in both men and women, while the lowest were seen in Russia and Lithuania
So might the high mortality rate for CVD be something to do with treatment of those with high cholesterol, rather to do with the actual prevalence of high cholesterol in the country ?The highest awareness among people with hypercholesterolaemia was in populations in Spain, France, Belgium, Germany, Italy, and North America and, in men, also in Australia. The awareness was lowest in Lithuania and Russia
Squire Fulwood said:I have been staring at that graph and it gives remarkable information but there are two things I don't quite understand.
1. Why has someone joined up all the dots?
2. Would it be clearer as a table re-sortable so that either of the axes could be in the left hand column?
Just a thought.
phoenix wrore
I actually can't understand why Kendrick didn't use the Monica data for mortality which are available.
As you can see, ahem, a very clear pattern arises.As average cholesterol levels rise heart disease rates fall, then go up, then fall, then go up, then fall, then fall a bit more, then go up, then fall ... The point I want to make is that there is a complete dissociation between cholesterol levels and heart disease.
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