Yes, I have a chance to win the jackpot.
No, I do not have a chance to win.
If there is a player in a team that I do not have a chance to win, will I be penalized during the remainder of the season? Yes, if there is a player listed on my team that I do not have the privilege to pick and win.
Yes, however if there is a player on my team where there is not a chance to win on my roster, I will be penalized during the remainder of the season.
An international research team in Japan has found that high concentrations of fluoride, a component of the environment, affect brain development. In two experiments, rats were given fluoride in drinking water, and they were later killed and examined by CT or MRI scans. In an experiment where brains were examined in vivo at three time points and after two months of fluoride treatment, those brains showed more abnormal growths than control brains. At the same time, the neurochemical system was affected in more animals. By comparing the patterns of gene expression of neurons in these animals and those in control brains, the researchers concluded that high fluoride levels were associated with neurodevelopmental problems.
Toxicological studies have found abnormal changes in the brain in animals as young as six weeks, and later studies revealed that fluoride exposure can lead to Alzheimer’s disease. Although the effects of fluoride on the brain are controversial, the International Agency for Research on Cancer classifies it as a probable human carcinogen (Group 1A). Some of the findings of the study appear to support a causal link between brain growth and exposure to fluoride, including increased cell growth, altered cell morphology and altered neurotransmitter and enzyme systems.
Toxicological studies have found abnormal changes in the brain in animals as young as six weeks, and later studies revealed that fluoride exposure can lead to Alzheimer’s disease. (A)
To determine if fluoride has neurotoxicity in the brain, the research team exposed rats to varying fluoride concentrations (0.5, 1, 5 and 10 ppm, depending on the concentration of sodium fluoride, a known neurotoxicant). The results of these studies are reported in a paper published in the journal Nature Communications by Professors Masato Iwata and Makoto Iida, of the University of Tokyo.
The researchers found that high fluoride concentrations affected neural development in two distinct regions within the brain, the hippocampus, which has been associated with intelligence and behavior problems, and the lateral hypothalamus, which has
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