Transcript · English → Chinese
Impact of Aluminum in Vaccines on Health
最近，我们一直在研究铝，
它是许多疫苗中常见的成分。
它被用作佐剂 也就是辅助剂的意思。
如果没有铝， 疫苗基本上就无法
提供任何长期保护。
因此，我的研究 探讨了注射用
铝及其可能 对神经系统产生的影响。
注射用铝与 膳食中摄入的铝的区别
在于你吃下去的铝 会相当迅速地排出体外。
然而，注射用铝 则是为了留在体内。而这
恰恰是它最初 存在的原因。这就是佐剂的作用。
所以我们只是
做了一个非常简单的实验， 将疫苗中的相同物质，
即氢氧化铝，注射到 小鼠的肌肉中，
看看如果我们尝试模拟 接种疫苗的时间表会发生什么。
我们非常惊讶地发现 行为症状出现得如此之快。
它们不仅表现出 运动功能的行为缺陷，
而且最终也表现出了 认知功能缺陷。
一旦我们处死了这些动物 并开始
观察它们的 大脑和脊髓内部，
我们发现运动神经元受到了严重损 伤。
因此，我们可能正在创造
诱发帕金森病、渐冻症 和阿尔茨海默病的条件。
也许不是立即发生，但可能是 20、30、40年之后。
End of transcript · 218 words · machine translated
Original transcript (English)
Recently, we've been looking at aluminum, which is common to many vaccines. It's used as an adjuvant that means helper. Without the aluminum, the vaccine basically does not provide any long term protection.
And so my research has looked at injectable aluminum and how it might impact the nervous system. The difference between injectable aluminum versus dietary aluminum is that aluminum that you eat is excreted fairly rapidly. Injectable aluminum, however, is meant to stick around. And that's
precisely why it's there in the first place. That's what an adjuvant does. So we simply did the really simple experiment of taking the same stuff out of the vaccines, the aluminum hydroxide, and injecting it into mice, into the muscles, to see what would happen if we tried to mimic the vaccine schedule.
We were quite surprised to see how rapidly the behavioral symptoms emerged. They showed not only behavioral deficits of motor function, but they ultimately showed cognitive deficits as well. And once we sacrificed the animals and started looking inside their brains and spinal cords,
we found massive damage to motor neurons. And so we may be creating the conditions for Parkinson's disease, Lou Gehrig's disease, Alzheimer's disease. Maybe not immediately, but maybe 20, 30, 40 years down the line.
