Comfortable New Yr – AGE OF AUTISM
I am really happy to see such an outstanding group in the face of dark and evil forces.
While autism and the MMR syringe are usually the focus of my attention, I have become more interested in cardiac side effects lately, as several of my colleagues and relatives have recently suffered career and / or life ending events and they were recently vaccinated with Covid (or Covid Flu). None of their injuries or deaths were attributed to the gunshot. I think otherwise, but I have no evidence.
Below is the baseline to cardiac events from the BMJ. It tells me that a heart attack under 55 is rare and increases with age. In the younger groups, comorbidities play a bigger role. In other words, if you’re under 55, chances are your heart attack was due to smoking, obesity, high blood pressure, diabetes, or the new Spike Protein vaccine. For the older cohort, the more likely reason is that your heart has simply worn out. In particular, I don’t see playing world-class professional football as a cofactor. I look forward to recent research from world-class cardiologists on these risk factors, but I’m not going to hold my breath. Thanks very much.
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Objective To estimate the age differences in the risk factors for heart failure in the general population.
Design pooled population-based cohort study.
Setting Framingham Heart Study, Prevention of End-Stage Kidney and Vascular Disease and Multiethnic Study of Atherosclerosis.
Participants 24,675 participants without a history of heart failure, stratified by age into young (<55 years; n = 11,599), middle age (55-64 years; n = 5587), old (65-74 years; n = 5190) , and older (≥75 years; n = 2299) individuals.
Main outcome measure incident heart failure.
Results Over a median follow-up period of 12.7 years 138/11 599 (1%), 293/5587 (5%), 538/5190 (10%) and 412/2299 (18%) of the young, middle-aged, old or older participants developed heart failure. In young participants, 32% (n = 44) of cases of heart failure were classified as heart failure with preserved ejection fraction, compared with 43% (n = 179) in older participants. Risk factors such as high blood pressure, diabetes, current smoking history and previous myocardial infarction resulted in a higher relative risk in younger compared to older participants (P for interaction <0.05 for all). For example, hypertension was associated with a three-fold increased risk of future heart failure in young participants (hazard ratio 3.02, 95% confidence interval 2.10 to 4.34; p <0.001) compared to a 1.4-fold risk in older participants Participants (1.43; 1.13.). up to 1.81; P = 0.003). The absolute risk of developing heart failure was lower in younger participants with and without risk factors than in older participants. It is important that known risk factors explained a greater proportion of the risk of heart failure attributable to the total population in young participants (75% vs. 53% in older participants) with a better model performance (C-index 0.79 vs. 0.64). Similarly, the population-attributable risks for obesity (21% vs 13%), high blood pressure (35% vs 23%), diabetes (14% vs 7%), and current smoking (32% vs 1%) were higher in young people than with older participants.
Conclusions Despite a lower incidence and absolute risk of heart failure in younger compared to older people, the stronger association and the higher assignable risk of modifiable risk factors in young participants underscore the importance of preventive efforts throughout adult life.
