Cloudy Skies, the Story of Vitamin D Defficiency

Video Transcript:

We did not expect this generation to have kids now. The ones born after 2000 to outlive their parents. That's already going on right now, Luthie. It's going on all over. It isn't just there. I do patient direct patient care and I get all their labs and I do diet therapy with them. And so of course, vitamin D they'll send them to me and say, let's get their vitamin D and tie it up. You can't do it with food. What's the situation with vitamin D and the people that come in here? We're finding now that about 90% deficiency rates. Because when they come in, it is so-and-them are so sick they can hardly walk through the door. And it's chronic fatigue, fibromyalgia, heavy metal toxicity, environmental illness, and whatever other label you want to put on it, almost every single one of them is deficient in vitamin D and iodine. That's right. Who are you? What are you doing? I am a physician, internal medicine, alternative care. Every year we do a big health fair here and check people's blood work. And so I've been doing that for maybe eight years or so. So that's maybe 600 people. I've probably had three, maybe four people. Certainly you can count on one hand out of that 600 and that people have had normal vitamin D level. Over the past, probably two years. I have tested several hundred people for iodine. Only four have come back normal. Same story and I'm really glad that 600 people for four were normal for vitamin D and iodine. Four out of 600. I probably had six to eight that were normal and vitamin D. Every patient that I've seen that has had their vitamin D level checked has been low. It doesn't matter whether they're in the sun out of the sun, use sunscreen, don't use sunscreen. Whether they're fair skin, dark skin, it doesn't matter. And most of them have been severely low. A level of around 11 to 13 is generally what I see, which is severely low. And I'm never yet seen a patient check that did not have a normal or that did have a normal vitamin D level. What do the explained vitamin D as a hormone and explain how it is the system driver basically and what can go wrong if that's not in our bodies? Well, it controls many of your functions. What is it a vitamin? No, it is a vitamin that acts as a hormone, which some of your vitamins do. So it's kind of both, but it's involved in bone formation without vitamin D. You're not going to lay down bone. In fact, you'll break down bone. It's involved in so many processes that if you don't have it, you're going to be very sick. And I think that's a problem. And then speaking with the former nutritionist and in reviewing the former reports, just even 15 to 18 years ago, maybe one out of every hundred clients had any sort of toxic metal or any toxicity. Now we have 99 out of 100 with toxic levels of either lead mercury, arsenic, cadmium, or aluminum, or the combination of coal. Another example of untold news or public information, which the public needs to know about to make good decisions. This is a NOAA National Weather Service website. Seems innocuous, but the unspoken reality is in the term, base reflectivity. Seen on this site. No public explanations. Only those allowed in knowing. Know that this means a amount of sunlight reflected by aerial, sprayed, reflective material that shows up in our weather radar. Yet local stations report real clouds and natural rain. Nothing is farther than the truth in these skies. Some weathermen now call the White Hayes skies filtered sunlight. But we're not told what the filter is. I think that they're trying to begin to put it out to the public because they've been experimenting on it for a long time. And they want to do more experiments and they need the funding. Solar Q&A is the idea that you could, principle, produce the rate of climate change or reverse it by making it more reflective. Or reflecting away more sunlight. For example, like putting reflective particles in an aerosol solution if you like the upper atmosphere. You can put side particles, say sulfuric acid particles, sulfates into the upper atmosphere, the stratosphere where they reflect away sunlight. Cool the planet. And I know for certain that that will work, that they're on side effects, but I know for certain that will work. And the reason is it's been done. There's no big mystery about it. There's lots of mystery in the details. And there's some bad side effects like it. Parts lead destroys the ozone layer and I'll get to that in a minute. But it clearly cools down and one other thing, it's fast. There's no question that large scale climate engineering is a test in an endaggress. We mostly thought about sulfur and there's a lot of good reasons to think about sulfur because sulfur's one nature does. Nevertheless, there might be some good reasons to think about aluminum. It turns out first of all, there's been a lot of work on the environmental consequences of the stratosphere. The big deal really is that aluminum has four times the volume entry and forcing of the first small particles as sulfur. And that means you have four times less surface area for the same reinforcing. And this is a much bigger deal. You have roughly 16 times less than the coagulation rate. And that's the thing that really drives your removal. So you get away with, think with much smaller mass levels. But we haven't run those studies yet. That might be wrong. I began to look at, was there anything showing up in all the drinking water spikes across California on a pretty consistent level? What I discovered was that during the course of the year starting in 1990, no less, that the water sources were all registering on usual spikes that somebody somewhere was beginning to use in ordinance amounts of arsenic, barium, aluminum, calcium, manganese, magnesium. And that all of these things lead, iron, were all spiking at the same time. Why are these spikes occurring in almost all the drinking water sources all at the same time? And what we discovered is that the spiking from the California Air Resources Board Air Test were also spiking in the same airs at the same time. And coordinated with the spikings of the water supply, which led us to believe that this was something that was airborne and had to be hitting us from the air. The little picture is from a manifestation study, which shows you can make very high quality and do this in just a jet in a very simple way, make high quality aluminum particles just by spraying aluminum vapor out which oxidizes. So it's certainly in principle possible to do that. There's a big literature that's already looked at that. And you could do that by either building new versions of these aircraft or even re-eginating existing aircraft. So there's some ideas of that. So you go and engineering firm and you want this done. They don't say this is harder unusual. They say, OK, yes, we'll do it. Airissolatine engineering looks like it is so cheap that the cost is basically not going to be an issue. That means that implementation decisions will be risk to risk decisions. The risk of doing it against the risk of not doing it. And it makes the problem of how we govern it fundamentally harder and different and normal. So I've told you this cheap, delivered material, so stratosphere, and I'm convinced that's true. I don't think that will change. But I think the more we do research, the less easy this will look, the more complicated the environmental effects will look. And that's a good thing. Because right now it looks too easy. So I think that if we do more research, we're likely to find out that it's harder and more complicated. And we thought the side effects are harder to manage. And that's a healthy outcome that will make it easier to do the match. And by the way, it's not really a moral hazard. It's more like three riding on our grandkids. And by the way, it's not really a moral hazard. It's more like three riding on our grandkids. You You You You You You You You You You And front of us, the word to God to say Forgive me, forgive me, forgive me, forgive me, forgive me I'm showing so bright that we're all both sun I'm moving first, we're waiting long What have we become? It's falling on everyone I'm showing so bright that we're all both sun I'm moving first, we're waiting long What have we become? It's falling on everyone Give a little time, without a touch Have a little thing, it means so much We can express our love out of love Da da da da da, da da da da Da da da da da, da da da da I'm showing so bright that we're all both sun yeah we wait look at this color wear this all out Cause all are so your