He is right when he writes that lung cancer rates for men has been declining for several decades.
http://planning.cancer.gov/disease/Lung-Snapshot.pdf
Shows a graph of declining incidence of cancer in males, a steady decline for the past 20 years. When you do a delay-adjusted comparison between lung cancer rates and smoking you get excellent correlation.
http://seer.cancer.gov/csr/1975_2003/results_merged/sect_15_lung_bronchus.pdf
The link to the article also does not support your position. A few quotes you obviously missed.
“Increased Cancer Incidence Since Mid-1970s Due Mainly to Screening and Smoking; Cancer Death Rates Are Stable or Declining. “
“"These trends are driven largely by apparent increases in prostate cancer among men and breast cancer among women — which, according to the investigators, may be due in the main to improved detection — and by real increases in LUNG cancer among women, largely attributable to cigarette smoking."
Your writings show a propensity to manipulate the data to fit your thinking, or you are just having difficulty with what you are reading. The very article you provided states”
In 2001, Kentucky had the highest age-adjusted lung cancer incidence rates in both males (140.5 per 10,000) and females (73.3 per 100,000). Utah had the lowest age-adjusted cancer incidence rates in both males and females (40.0 per 100,000 and 22.1 per 100,000). These state specific rates were parallel to smoking prevalence rates.
http://marylandlung.org/content/1/2/31.html
Not fluoridation, a baseless suggestion. Causal fallacies anyone?
The three ancient women in my life who have each smoked 70 years didn't get a cancer, while the one 90 year old who never smoked a cigarette in her life came down with two of them.
Coincidental correlation and Hasty generalization. Maybe you can try tossing a coin 3 times and if you get 3 consecutive of the same conclude that the coin only has one side. You are right. Simple minds, simple explanations, but also sometimes simple minds, convoluted paranoid explanations. You seem to embrace both.
Of course to you, evidence does not matter – unless it supports your wacky ideas. Fallacy of Exclusion - Important evidence which would undermine an inductive argument is excluded from consideration.
So Vulcanel, you have stocks in Phillip-Morris? Own a tobacco plantation?
You didn't like the data from other countries because it falsified your bogus ideas. Now presented with American data you arbitrarily claim that the numbers are fixed – again because they don't support you. That is a fallacy of exclusion.
Whether you look at statistics from UK, Canada, France, Sweden, Norway, Denmark, Finland, Germany, Belgium, Peru, Brazil, Columbia, Argentina – all countries from which I have seen studies – the results are consistent across the world. More smoking, more lung cancer, and when smoking decreases then lung cancer follows suit. Of course if you don't believe it you should take up smoking, and get your kids to do it too – I suggest 4 pack per day.
BTW what made you think American lungs were any different that lungs from the rest of the world?
Typical of short sighted provincial thinking, you are unable to see beyond the borders. You another example of the failure of the education system. Not only did you not learn anything, they also failed to teach you to think critically and logically.
As for fluoridation, the Canadian data again tells us you are full of crap on this one too. Other international studies too.
Had you bother to read your own sources, you'd realized they did not support your position. In fact you'd be hard pressed to find any realizable study that supports such a nonsensical assertion. So, now that you are realizing how foolish your ideas are looking to others, you start arguing about nucleophiles and substance. Another argument error comes through, the fallacy of distraction - Changing the subject.
http://curezone.com/forums/fm.asp?i=798089#i
http://curezone.com/forums/fm.asp?i=798442#i
http://curezone.com/forums/fm.asp?i=799222#i
This one was slightly corrected as a result of my posts, though it is still essentially junk
When discussing carbohydrate chemistry, I make a distinction between benchtop chemistry and in vivo chemistry. The Grignard reaction is interesting, but really; it has limited applications when talking about digestion. Many of the organic reactions that we carry out in the lab require generous amount of heat, reflux, time, concentration and purity of reagents that just does not occur in the body.
I also never said, methanal was a carbohydrate, this was another claim made by moreless because he lack basic understanding of chemistry, in fact I was correcting him. You should hear his “Complete Complexed Carbohydrate” rants, or his “Proteins in amino acid complex” or even my favorite “complete isotopic proteins” All of them meaningless phrases.
You did not read properly, I never said that N3- is the conjugate base of a strong acid, I said it was a good nucleophile. Nor did I say that CN- is a conjugate of a strong acid, again I said it was a good nucleophile.