I'm sure you have heard of GMO crops, which have been around for a couple of decades. But now we are living in an interesting time where people are testing new waters and starting to mess with microbes.
As we've seen over the last couple years, once a microscopic-sized organism is released, there is no way to stop it from spreading around the world. So if we are manipulating bacteria and other microbes, if there are harmful unintended consequences then it could be catastrophic to the planet.
In this episode with Jeffrey Smith, we discuss what could happen if the wrong microbes get out of the lab.
What To Expect From This Episode
- What are GMOs and are we only genetically modifying plants or are we breaking out into other natural realms
- How GMOs impact the human body (at least up to this point)
- What are some potential issues with genetically modifying bacteria and other microbes
- Ways we can put regulations in place to reduce the chances of massive unintended consequences impacting the planet
- [0:00] Welcome to the Summit For Wellness Podcast
- [4:00] Who is Jeffrey Smith and how did he start looking into GMO research and potential dangers with them
- [5:45] What are GMOs and are we only genetically modifying plants
- [8:00] How many different varieties of GMO plants are there currently
- [9:15] One of the first GMO animals that will be available for consumption is salmon
- [11:15] When you genetically modify a plant to be resistant to pesticides and herbicides, will pests and weeds adapt
- [14:00] Glyphosate has been found in many finished food products (even though it was supposed to be processed out)
- [17:45] If an organic farm is near a GMO farm, can there be cross-contamination of the crops
- [22:00] Every single person will react differently to these foods, so it is a good idea to journal how you feel before and after making dietary changes
- [22:45] Did Germany really phase out roundup after Bayer bought Monsanto
- [26:30] When was glyphosate available for the market, and why did it take so many years to figure out the impact it's having on our bodies
- [30:00] Why are they trying to make GMO bacteria
- [36:00] There are lots of ways to gene edit bacteria and other microbes which can lead to massive unintended consequences
- [39:00] Microscopic organisms will be impossible to stop once they are released to the world, we can't even stop noxious weeds and pests from moving location to location
- [43:00] Final thoughts from Jeffrey Smith about GMO microbes and how it can impact our planet
Resources From This Episode
Some of these resources may contain affiliate links, which provides a small commission to me (at no extra expense to you).
Transcript For Episode (Transcripts aren't even close to 100% Accurate)
[00:00:14] Bryan Carroll: I'm sure you've heard about GMO. Before, such as GMO corn and soy, but have you heard of GMO bacteria and microbes? If not, it's definitely something you should be concerned about because as we're experiencing right now with the virus and the pandemic, if you have something at such a small molecular level that you can't really trace and figure out where it's going, if you released the wrong thing in the world, You could have some problems.
And right now we've had some very close calls with some GMO bacteria that literally could have destroyed the world. What's up everyone. I'm Bryan Carroll and I help people move more, eat well and be adventurous. And today I have Jeffrey Smith on the show to talk about some of these GMO microbes. Could potentially cause massive destruction to the planet.
Now, for example, one of the ones that we'll talk about is a bacteria that they discovered right before they were about to release it, that it would liquefy plant roots. And if that gets out into the world, what's that going to do to the vegetation in the world? We don't know. Is it going to liquefy all plants or just specific ones?
Those are the questions that need to be asked before these things get released, because once they're out, it's over, you can't really stop it. So we're going to be discussing different. Microbe changes that people have been working on and how easy it is to manipulate these microbes as well. And it sounds like you can just buy a kit on Amazon and do your own experiments.
So there are a lot of concerns that we should have with these, and then maybe some regulations need to come down the pipeline to prevent dammit. Now Jeffrey, he is a leading spokesperson on GMO health dangers and he has authored two global bestsellers. He's directed five films. He's delivered thousands of lectures and interviews in 45 different countries.
And he is now sounding the alarm about the serious even irreversible hazards from a new genetic engineering techniques, which can lead to health and environmental catastrophe. He also leaves a global protect nature. Now coalition urging governments to stop releases of all genetically engineered microbes.
Now, before we get into my conversation with Jeffrey, we are now opening up the doors to our squat challenge, which we did last year as well. And this is to help people to get ready and prepare for the upcoming ski and snowboard season. So over the course of 31 days in October, you'll be doing a hundred squats in different feat positions every single day, so that you're building strength and endurance in your legs.
And you're training your body to be able to move through these different excursions, to minimize the chance of injury to your extremities. So if you want to join this challenge, it's all donation based. And all the profits go directly to our Northwest avalanche center. Last year, we raised over a thousand dollars for the Northwest avalanche center.
And my goal this year is to reach at least $1,500. So if you want to join head on over to summit for wellness.com/squat, and you can join right there. I make it as accessible as possible. So you can, you get to decide how much you would like to donate. And if you're not in a place where you can donate, you can still join.
So head on over to summitforwellness.com/squat. To join the challenge. Now let's dive into my conversation with Jeffrey Smith. Thank you Jeffrey for coming onto the. My pleasure, Bryan, I'm super excited to chat with you because we're going to be diving into GMOs and how that can impact our planet and how it can impact future generations.
But before we get started with all that, let's learn a little bit more about you, your background, and how did you get into all this information about GMO's
[00:04:08] Jeffrey Smith: twenty-five years ago, I attended a lecture by a genetic engineer, whistleblower, who was saying basically. That Monsanto seeds that were about to be planted and grown in Iowa, where I was at the time were completely unsafe for human consumption and for the environment that the process of genetic engineering was inherently.
Unpredictable and could create toxins or allergens for those that eat and that once you put them into the environment, they would cross-pollinate self propagate and be part of the environment forever. And I also realized that very few people knew at the time what a GMO was. So I thought I would help out and by meaning, by saying help out, I had no idea.
At twenty-five years later, I will have written two books, made five movies, given a thousand lectures and a thousand interviews in 45 countries and established a, a new global movement based on the health dangers of GMOs. And now after 25 years, as you alluded. There is some new existential threats that can affect all future generations, existential, truly in the real sense of the word.
So we are pivoting for the first time in 25 years and focusing on a new area of genetic engineering based on new types of GM GMOs. And we can talk about that.
[00:05:28] Bryan Carroll: Yeah, let's do a little quick and dirty version of what is a GMO. And I'm sure when people think of GMOs, they're probably thinking about plants, but where we're not just talking about plants at this point.
So can you give us a little quick and dirty version?
[00:05:40] Jeffrey Smith: Sure. The original plants that were genetic genetically engineered were Monsanto's varieties. They might Sante has been bought by bear, but. Have the same seeds that are Roundup ready, genetically engineered with genes from bacteria or viruses forced into the DNA of soybeans and corn and cotton, et cetera.
And the change in the genome allows those plants to be sprayed with Roundup herbicides and the plants won't die, normally kills plants, but the genetically engineered varieties do not die. And so there's millions of acres of genetically modified. Roundup ready crops that are sprayed with Roundup. So we get the damage from the GMOs, which is, can be extensive.
We can discuss the premature death and the multiple massive tumors in the organ damage, et cetera, that have been linked to GMO technology itself. But you also get the Roundup herbicide sprayed on those crops. And that's also devastating. You have crops that produce an insecticide that poke holes in the guts of insects to kill them.
And now we know that they may poke holes in human cells based on peer reviewed published studies. And then you have other GMO. Prevent the Browning of apples and potatoes when you slice them or they protect, protect against virus, infection of the plants. And there's about a dozen and all of them, all of them are prone to unpredicted side effects.
And as we've looked into them, we see that the technology just like it was 25 years ago. Is prone to side effects is not ready for prime time should never have been introduced and is probably responsible for a lot of diseases that are rising in the U S population in parallel with the increased use of GMOs and the Roundup sprayed on it.
[00:07:34] Bryan Carroll: Yeah, it's definitely interesting because it seems like whenever we get our hands into things and try to change things, there's always unintended consequences that we don't know. Going to happen, obviously. So and then we get into this whole track of trying to change things more, to try and fix the issues that we already caused.
And it's just an endless cycle. When it comes down to GMO plants, how many different varieties are there currently? DNO?
[00:08:02] Jeffrey Smith: Oh, the commercialized food plants are soy corn, cotton canola, sugar beets, alfalfa, zucchini, yellow squash. Papaya from Hawaii or China and an apple and potato that don't turn brown when you slice them and now have a new pink papaya.
And those are the genetically engineered commercialized food crops, both for humans and for animals. There's also genetically engineered salmon, which will be. Us plates shortly, probably through restaurants where they don't have to be labeled and GMOs in general in the stores don't have to be labeled either.
So if you eat a processed food in the United States, and it doesn't say organic or non GMO, nine out of 10 processed foods will contain soy or corn or cotton seed oil or canola oil or sugar from sugar beets or one of the others. And so it's in line a lot of people's diets and less they're seeking to avoid it.
[00:09:04] Bryan Carroll: So you're saying I could go to the store and buy a salmon and it could very well be a genetically modified salmon and they don't have to.
[00:09:13] Jeffrey Smith: Salmon is unique for three reasons. First of all, because these genetically engineered salmon could threaten the Alaskan wild salmon and Alaskan Senator and Congressman I think was both introduced to build the required labeling of the salmon.
So that's the only Well, it's going to be the only fish that's genetically engineered, and it will require a specific labeling. Now, the labeling laws that, that the USDA passed for other GMOs are so ridiculous. They don't even, they're not even enforced yet. They have so many loopholes that almost nothing will be labeled as genetically engineered.
And if it is labeled, it might be a QR code that you have to scan or obscure messaged saying, bee that you have to know means bio engineered. The, if the salmon were to be sold in supermarkets, it would be labeled, but because it would have to be labeled Aqua bounty, which is producing the salmon is not going to put it in supermarkets.
They're going to sell it through restaurants that don't require labeling. So if you go and eat, if you order salmon and it's not wild caught, it might be. Farm raised genetically engineered and not yet. That's the other thing. That's different. It's it was available in Canada for a while through restaurants and caterers.
And it will be available supposedly soon in the United States, but it's not currently out there. If people go to our [email protected], you can sign up and you'll get notification when it's available so that you can know to avoid it.
[00:10:47] Bryan Carroll: Wow. So when it comes to a GMO's, so we're changing crops and fish at this point as well, to be able to be resistant to in the crops since Roundup, so that we can use the pesticides to keep all the pests off, do the pests adapt the GMOs are, do they become resistant?
And then does that just make the problem even more?
[00:11:10] Jeffrey Smith: So when you talk about pesticides, it's both herbicide and insecticide and in both cases, The weeds and the bugs outsmart, Monsanto, and become resistant. So the herbicide tolerant weeds in the United States are more than 80% of the, of the agricultural farm land right now.
They do not die easily just by being sprayed with Roundup since it's been. So much. So now they have crops that are also genetically engineered not to die when sprayed by two, four D a component of agent orange or Dicamba. And so you end up with more and more and more variety of herbicides being.
Vastly more. And that increases the load on humans and the load and the environment, and is very dangerous. And the insect is insecticide, which is called BT, which is found in corn and cotton. And in south America and soy, it kills insects, but those insects are becoming resistant. And so in some studies they have found.
There's the insects become resistant and the farmers have to use 15 to 20 times more spray than the control group. Or sometimes one particular insect has been successfully staved off and a whole nother swarm comes in to fill the ecological niche, which is what happened in India. So it turns out it's backfiring over and over again.
And unfortunately we eat that insecticide in the corn that we eat in the United States. And we now know that in high concentrations, in a lab setting, that it pokes holes in human cells. It's the same holes that it's used to kill the insects. And we also know that it ends up in our bloodstream, so it may actually poke holes and then go through that holes into the bloodstream and for pregnant women, it's in most of their unborn fetuses, according to a Canadian report.
So this BT toxin pokes holes in human cells. Provokes in immune and allergic response is found in genetically engineered corn found in our bloodstream also damages the walls of our intestines. It's one of the reasons why genetically engineered corn is so dangerous.
[00:13:31] Bryan Carroll: Yeah, it wasn't a couple of years ago that a report came out, that they tested a bunch of processed foods that have been spouted for years that they're, you know, glyphosate free and all that type of stuff.
And they were able to find glyphosate in the finished product of the foods, which again, is getting into your system and then causing havoc
[00:13:50] Jeffrey Smith: that Bryan is not just because of genetic engineering, because round. Which has as its primary poison glyphosate, which has been linked to cancer and more than 30 diseases, basically, if you know of common chronic disease, we have evidence that likely links it to glyphosate and Roundup.
That Roundup is also sprayed on non GMO crops just before harvest to dry down the. Grains and beans. So it's found in oats and wheat and barley and all the lentils and chickpeas and mung beans dramatically. I mean, big time because it's sprayed just before harvest and it's taken into the crop. You can't wash it off.
It moves to the seed portion and it ends up in our meal. So we have gathered together all of the different organizations tests, including our own and put it into a database that's easily. Responsible technology.org. There, you can get your test results. See if the foods you're eating, both the generic foods, like the fruits and vegetables and grains, and also the brand named process foods, you know, from general mills or craft, if they have.
Glyphosate residues. And you'll find that the organic versions either have no detectable levels or very slight amounts because organic foods are not allowed to be sprayed intentionally with Roundup. They're not allowed to use genetically engineered seeds. So we encourage people to switch to organic.
And when people do it's astounding, I asked it about 150 electric. To the audience. What did you notice when you switched to a non GMO and largely organic diet and the hands went up and people describe what went, what, what got better? And I said, okay, how many people notice this? How many people notice this?
We then surveyed 3000, 256. People are subscribers at the Institute for responsible technology. And they too got better from the same time. Different conditions that were mentioned by the people in the audiences and in the same relative frequency, 85% of those more than 3000 people reported getting better from digestive disorders and then fatigue, and then obesity and weight problems, and then brain fog and then allergies and food sensitivities and anxiety and depression.
And I'm still above 50% of the response. So it was dramatic and I've talked to medical conferences where two dozen of them, where the doctors say they're thousands of patients also respond positively switching to an organic diet. I created a film with Amy Hart called secret ingredients at secret ingredients, movie.com, where you can actually.
Track w P families that switched to organic and participate. Kids are no longer on the spectrum. And fertile couples have children, people lose all sorts of diagnoses and problems. And the doctors say these are not just one-offs. This is what I see every day in our practice. And we explain with animation showing exactly what happens in the body because of GMOs and Roundup.
That's based on the science.
[00:17:15] Bryan Carroll: So now my question comes to, if you have an organic farm that is relatively close to a farm utilizing GMO crops, can the GMO farm across contaminate or organic farm. And if so, is there a ways to know how like the cross-contamination levels and how that could impact you?
[00:17:36] Jeffrey Smith: Great question. There are certain requirements for growing that you have to be a certain distance, but that doesn't prevent it completely. There's wind there's accidents. There's shipping and transport issues and measures are taken to try to minimize the contamination. But sometimes the contamination has occurred even in buying the organic seed.
It's already contaminated. You can't take it out. Now. The contamination for organic is usually very slow. Sometimes there's fraud, sometimes there's accidents, but it's usually very small. And with organic certification, you do not have to test for levels of contamination, the non GMO project, that little butterfly seal that does require testing.
And they have an action threshold of 0.9%. So if it's high then they're not going to get the butterfly seal. So if you see something at the supermarket that has both Oregon. And non GMO project seal, that's factually the gold standard, but if you had to choose between one and the other organic is better, and here's why the non GMO project is really good at avoiding GMOs, but they don't test for were concerned themselves with sprays of toxic, toxic pesticides, like Roundup.
And so you can have a non GMO project verified Boulevard. Oh, it's have never been genetically engineered, but oats have among the highest amounts of Roundup residue and Roundup can block the absorption of minerals can cause leaky gut can lead to cancer can cause problems with your serotonin melatonin, dopamine and hormones can damage the mitochondria.
I mean it can cause birth defects there's animal models that show the impact can last to the great grandchildren. It is something that is so devastating. When you look at the smoking shotgun of converging lines of evidence, you want to avoid Roundup and glyphosate. Trust me. So they're all, all I suggest is switched to organic and take notes.
Write down your energy level, write down your mood, write down all of your symptoms. One to 10, and the percentage of organic foods eaten that day. Switched to organic for a few weeks and watch the changes. But write them all down all your symptoms, because you may watch the movie secret ingredients and say, oh, they had eczema had cleared up, I've got eczema and it cleared up, but you may not be paying attention to your anxiety or to your gluten sensitivity or to some other thing that may actually have cleared up, but you're not paying attention to it.
So you don't know the relationship. It is. So it turns out the glyphosate devil. The fundamentals of health, get knocks out key components to our health, which can manifest in a variety of ways in secret ingredients, one family of five. They all had different symptoms. There was a boy with autism and another boy with eczema, another boy with digestive disorders.
The mother was incapacitated and paralyzed for awhile and had all sorts of symptoms. The father had a breast tumor. They all ended up getting better, but it was the same toxin that was manifesting in different ways, depending on the individual physiology. But one change. Reversed it for everyone. So it's not like we can say, this is the thing that's going to happen.
We say, try this and see what happens.
[00:21:13] Bryan Carroll: Yeah. Essentially what it's doing is it's opening the barrier within your body for things to break. And the things that break can change from person to person, for you, you know, your gut, my break for me, it could be my brain breaks and I start getting anxiety, depression, all that type of stuff.
So I am a very big advocate for people. You know, journaling their different health issues that they're dealing with and try to make connections with how much sleep they've had recently. What's in their environment, you know, is there a lot of smoke in their environment? What foods are they eating?
How much are they exercising? So they can start seeing patterns in seeing what could potentially be the issue.
[00:21:53] Jeffrey Smith: Certainly put the percentage of organic because the thing is, if you eat, if you think about, let's say eating. You can eat the pizza. That's organic and you can eat the pizza. It's not organic.
Now the pizza that's organic. Won't have the wheat sprayed with Roundup. Because weed is often sprayed with Roundup three to five days before harvest. The cheese may not be from cows that have been injected with genetically engineered, bovine, growth hormone, et cetera, et cetera. So if you just. The category of foods and you don't put whether it's organic or not, you may miss a fundamental influence on your health and also your quality of life.
[00:22:32] Bryan Carroll: Hmm. Is this true after Bayer bought Monsanto, did Germany ban GMO crops in their country?
[00:22:42] Jeffrey Smith: No. Germany decided to phase out. I like to say, and which is like a big blow because Bayer of course is German. So they're in the process of phasing it out, along with many countries in 2015, the who con committee on cancer determined that glyphosate.
Here's a probable human carcinogen. So what also happened after bear bought Monsanto and right after it they come Monsanto convinced him, oh, these lawsuits against Roundup for cancer. They're not going to be very expensive. We'll put aside 200. 60 or $270 million. And that should be all. We need the first case, the jury awarded $289 million to Lee Johnson.
Now that was reduced by the judge later on. But now bear is looking at settling for $16 billion for the 125,000, 150,000 people with just one type of cancer non-Hodgkin's lymphoma. They are going to get some settled. But we have linked glyphosate to many other cancers. We meaning the community that looks at it, the scientific community, the doctors community we've linked it to many types of cancers to autism, to diabetes, to skin conditions, brain fog, hype hypertension.
Parkinson's Alzheimer's. Basically the whole host of diseases and there are very specific plausible causative pathways. And if you look at like 30 epidemiological charts, you can see the rise of the disease. Running parallel with the rise of the use of GMO, soy and corn, or the Roundup sprayed on it.
That correlation alone doesn't prove anything. But knowing that the animals in the animal feeding studies, when they're forced fed GMOs around it, they suffer from those diseases or their precursors. And when animals are taken off of GMOs and Roundup, both livestock and pets, they recover as do humans from those and similar diseases.
There is a lot of evidence. So much evidence that I've been able to convince tens of thousands of doctors by simply presenting that evidence. They are now prescribing organic diets to their patients, and then reporting to me that it's practically miraculous, but those doctors that have been in practice.
Since before GMOs were introduced, like my friend, Dr. Michelle pero a pediatrician, she said that starting soon after GMO's winter Doost, there was a whole set of complex, serious issues that became commonplace things she had never seen in her practice and other things that were not reacting and recovering and the ways that old problems did until she actually happened to read my book and then realized that it could be the GMOs and the.
Change the diet of the children and the families and saw dramatic improvement. So she wrote a book what's making our children sick, but when she put the family on an organic diet, because say one son had autism, everyone in the family got better. The daughter didn't, her ADHD reverse the kidney problems.
And the father reversed, the mother lost weight and she wasn't treating the rest of the family. They just switched to her. But she saw this in her practice, which is almost 40 years old. So she saw the changes and she saw how to recover through dietary intervention.
[00:26:15] Bryan Carroll: How long has glyphosate been on the.
[00:26:19] Jeffrey Smith: It came out in the seventies, but it spiked when GMOs were introduced in 1996 and went up dramatically since because the amount of GMOs and Roundup pretty crops increased and the amount of glyphosate that was sprayed on it because of these herbicide tolerant weeds also increased.
[00:26:38] Bryan Carroll: So it's taken. 20 to 40 years or so for us to get enough evidence to show that glyphosate could be having a massive impact on human health. So I would assume at some point it's going to get taken off the market, which means what they're going to have to do is change the product in some way. Is there any.
Systems in place in the future to protect us from harmful stuff like this, or are we just going to get another product that's changed a little tiny bit, but we'll take another 20 to 40 years for us to realize that it's damaging humans.
[00:27:15] Jeffrey Smith: There are individuals and organizations working towards that. I just interviewed someone from my live healthy be well podcast.
Who's trying to create independent research. For evaluating and registering pesticides, rather than just allowing the government, the government, allowing the companies to do their own research. I mean, we, we have identified and caught companies, red handed. Not only unethical and rig research, but illegal research and submitting the information to the EPA ghost writing studies and then paying scientists to sign it.
Substituting dead rats and mice for live ones and not reporting it. I mean, Monsanto's executive went to jail for the Work that they did in the testing when he went to the industrial Biotest, which was the, one of the biggest frauds in history of science. This company was supposedly doing research for the pesticide companies and the pharmaceutical companies, and they were just making stuff up.
So we, we know that. The FDA is a captured organization. The person in charge of policy for GMOs, when it was created was Michael Taylor. Monsanto's former attorney and later Monsanto's vice-president he overruled and ignored the concerns by the consensus of the scientists at the FDA that GMOs might be dangerous and could lead to allergies and toxins and new diseases and nutritional problems.
And simply. No testing necessary, no labeling necessary. Monsanto could determine if its foods are safe and doesn't even have to tell the FDA, the EPA, their, their documents made public from a recent lawsuit with Roundup showed. They had Monsanto had lapdogs they're working on their behalf. And so all of that shows that the current regulatory system is captured.
So we know. Congress to step in to take it out of the hands of this captured organizations and give them specific guidelines for disinterested third party scientists to do the research and real research. So I was talking to this doctor, Chuck Benbrook yesterday, and he said that the test is the pesticide testing protocols were not even state-of-the-art in the 1980s.
And haven't changed since then. So we don't have a mechanism today, but that's one of the urgency. That we're facing
[00:29:38] Bryan Carroll: now looking towards the future. There's some pretty interesting and genetically modified changes that are happening. They are working on trying to make GMO bacteria. Aren't
[00:29:50] Jeffrey Smith: they? Oh yeah.
You see gene editing. Here's another form of genetic engineering. It's prone to all sorts of side effects. You can end up with massive collateral damage up and down the DNA chromosomes switching and reattaching. You can pull up DNA from the Petri dish, putting in bacterial DNA into cows. Cow DNA into mice.
All of these things have been documented, but the biotech industry is telling governments, oh, it's predictable, it's safe. It's just like breeding. It should have no regulatory requirements. And many governments are capitulating and believing them, including United States. And many others. So right now you can buy a gene editing kit on Amazon.
You can build your own lab for less than $2,000 and for the price of dinner, create new microbes. So gene editing is a dangerous form of genetic engineering, but it's cheap and easy. The easiest organisms to genetically engineer are also the most dangerous. That's the microbes, including bacteria, including viruses, including all the other.
Little guys. Now what we know, we didn't need a pandemic to know that microbes can travel the earth and mutate and infect. They also swap genes. So if you introduce a genetically engineered microbe where they new genetic arrangement that did not, it was not part of the billions of years of evolution. It may end up around the world heading inserting itself into other organisms.
So it's now present in ecosystems around the planet, including inside of us. Now, scientists are realizing that the microbiome, the microbial ecosystems inside us and everywhere are fundamental to life, health and evolution. 80% of human diseases have their source in disruption of the microbiome. The microbiome has been outsourced in the human body to conduct about 90% of the daily functions as it's co-evolved.
So even though we only have 22,000 genes in our DNA, less than earthworms, we have 3.5 million genes in the microbiome community living inside us. And that's not even as much as in soil and in the environment, it is mission critical. And yet a single GM microbe or a million of them, which may be introduced in this generation can disrupt that microbiome.
Cause permanent or widespread disease, damaged ecosystems, even collapsed ecosystems in the film. Don't let the gene out of the bottle, which [email protected]. It's just 16 minutes. It's fast pace. It's eye-opening and it shows for example, two types of GM microbes that were playing. To be released.
And if they had been one may have ended terrestrial plant life, rendering soil on the planet, sterile one may have changed weather patterns. There was an avian flu that was genetically engineered to be airborne. Then if that escaped, it was up to 24 times more deadly than the COVID-19 virus. We make a pretty good argument that it's dangerous.
Through these bad actors, but even if it's just mild incremental changes, because gene editing can easily genetically engineer, massive numbers of microbes, we are going to change and damage biological evolution. As we know it, unless we lock it down. [email protected] when you've seen this 16 minute film and you're like, oh my God, what do we do?
There's a click to what you can do an advocacy platform, or you can join thousands of others and say, Our latest white paper or film or congressional report to your elected officials, your media in your area with a single click, you can send it immediately. You can customize the message and then we'll let you know when we've loaded the next campaign so that they can receive the next set of information articles, webinars we're educating.
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And it is so compelling, the stories that we're sending and the data that we're sending. We have interest in Washington now to create bills, to lock down the release of genetically engineered microbes, to stop the enhancement of potentially pandemic pathogens that could lead to new pandemics. And these are two goals of protect nature now.
[00:35:04] Bryan Carroll: Yeah. This is a scary thing. Is we just. I mean, we've been living it for the past 18 months. We have seen how something can start in one location in spread across the entire planet within a few months, and with how easy it is for a stuff to travel. Now, it would not take that long for the wrong bacteria or whatever to just wipe out life.
And that's pretty scary. So if, if there's people messing around with bacteria or very minor. Organisms that once it's out of the bag, we can't control. That is very, very scary and dangerous to play.
[00:35:44] Jeffrey Smith: Oh, yeah. And the thing is, there's not a deep understanding of this, right? It's like, it's like, you would never, no one would hand a, a launch code or launch button to an infant or an adolescent for an atom bomb and say, oh, don't press the green button.
That is ridiculously obvious, but what's not obvious is you should never hand a gene editing. To anyone and say, oh, don't release the microbes outdoors. It's like, I don't know if you've saw Ghostbusters years ago versus, oh, don't cross the beat. Well, it would be bad. I'm a little short on bad. What do you mean?
Imagine every molecule of your body exploding at the speed of light, it's like this would be bad. Don't release the GMO microbes, please. Now not every microbe is going to be a problem. Not everyone is going to survive. Not everyone is going to have a, an unpredicted, catastrophic effect, even among the bad actors that are shown in the film.
We don't know for sure. If the genetically engineered bacteria that was featured at the beginning would actually displace its natural counterpart and turn all root structures to alcohol and spread around the world and eliminate terrestrial plants. We don't know if it would have. But we know theoretically it could, we don't know if the other one which changes the nature of bacteria, which normally condenses water from, from moisture, which creates ice crystals and snow.
But the genetic engineered version is impotent. We don't know if that would have displaced the natural version and changed weather patterns and rain patterns and snow patterns on earth forever. But it's possible. So we know so little about the microbiome, but with 50,000 peer reviewed published studies over the last five years, we have linked it to human health.
We know that it is a powerhouse. We know that is fundamental to detoxification immunity digestion, and that there's an amazing complex, intelligent, or inspiring way that it works to and knock your late babies and feed the baby's microbiome and make sure they're safe. We know that it is mission critical, but we are just learning how.
But at the same time, we've also now introduced a technology that could damage and change it forever. It's irresponsible to allow that to go out. Maybe sometime in the future, we'll have enough data to risk that, but certainly not in the near future.
[00:38:19] Bryan Carroll: Yeah. Yeah. If I know it's hard for people to really wrap their mind around, you know, something taking over and us, not really having a, an efficient way to prevent it from happening or stop it from getting to be such a big problem.
But for people, almost every location in the world has, you know, at some sort of noxious weed or an insect pine beetles is a big one in states with all the forest. Noxious weeds. You can see that, you know, you might have a noxious weed in your state and you have to go through certain measures to make sure that you're not transporting that to other parts of the state.
And we're not able to stop any of those from spreading. We're doing the best we can, but we're not able to stop those. And those are larger things that we can monitor. Something that you need a microscope to see once it's out, it's out, it's over.
[00:39:15] Jeffrey Smith: I love your analogy. In fact, I've used it often. I like the, because it's so graphic.
I like the rabbit introduction in 1859 on Christmas day and Victoria in Australia, 24 rabbits to help settlers feel more at home so they could hunt rabbits or rabbits multiplying like rabbits. And by the 1920s, there was over 10 billion. No natural predators are very few. So that was like, so dramatic.
The thing is, it was a well-meaning release. Let's make settlers feel more at home. Well, by almost every account, genetically engineered or organisms, whether microbes or not can be ticked off as a potential invasive species. But as you said, the micro. More so on steroids. So you don't even know if someone is walking through an airport carrying it, they can't release, they can't take it out of their bag.
It's there. Same thing you can't go and find. Okay. Where are the microbes that are, that are the SARS COVID to the genetic, the COVID-19 virus. We can't find it. You know, it's, it's not, it's just out there. So the only time. And this has made clear in the film over and over and over again. The only time you have to control these microbes is before you release them.
And so, because the process of genetic engineering is prone to side effects or introducing new genetic elements, they will mutate, they will be swapped with other organisms. There are so many levels of unpredictability and there's such catastrophic. Th this is an existential threat, like no other from technology that we must get under control.
So our protect nature now campaign, like we built a movement over 25 years to convince people that GMO foods were unsafe and we were successful 51% of Americans, 41% of the world population believes that GMO foods likely causes health dangers. It does, but we, now we know people know that. We don't have 25 years to spare.
So rather than doing it incrementally and slowly and building a movement, we need to create an immediate movement. We need to create offices around the world, introduce other movements to pick this up as a plank on their platforms. And for that, we need some money. And so I'm bolder than I am than I've ever been asking for people.
When you go to protect nature now, and you see the movie and you want to help, there's two things you can do. Can make a donation, ideally, a monthly donation so that we can count on it coming each month so we can budget for it and hire the personnel and open the offices and make the next movie and go to the platform and contact all your elected officials and all your local, local media.
And that should take you maybe three minutes the first time less after the. So two actions to support, to protect nature now to safeguard biological evolution, as we know it. And the thing is it's actually working. We have people in Congress that say, this makes sense. What do we do? I'm going to go to DC.
I'm going to talk with them. We're going to figure out what we can do. Practice.
[00:42:49] Bryan Carroll: Yep. It's a super important thing that you're doing over there at protect nature now. Dot com. You also have, don't let the genie gene out of the bottle, which people can let go and view as well. A responsible technology.org is another one of your sites and live healthy.
Be well, live healthy, be well.com is also another one. Is there any final things you want to make sure that we leave here and knowing Jeffery?
[00:43:14] Jeffrey Smith: So in the context of this work, there's a lot of anxiety and fear and depression out there for a lot of other reasons. And we can choose to carry this knowledge as a burden, but I'm going to offer another invitation.
No other generation has had the technology that could damage all living beings and all future generations in this way, which means no other generation, no other humans in our past have had the ability to protect all living beings and all future generations as the new technology is available. It means that humanity has a new responsibility to see itself and nature through a new lens.
The fact that it is an existential threat gets attention. It's like a life-threatening disease gets attention and changes. People's lifestyle. This is a life-threatening situation for humanity and the planet, and we have an invitation for humanity to become the safeguard. Element to protect nature now to protect biological evolution, as we know it and to see ourselves in a new role.
So it's an interesting thing that the existential threat is demanding an evolution of thinking and an evolution of acting. And this is an honor to, for me to participate in it's like a perfect. Converging line of evidence and converging synchronistic events. The pandemic has made it perfectly timed to introduce this message.
Everyone knows that microbes can travel the world and wreak havoc. Everyone knows they can mutate. They may not know that they can swap genes with all sorts of other organisms, but everyone is wanting to do something. To prevent future catastrophes. So we come and say, okay, no gain of function, enhancement of potentially pandemic pathogens, which are they escape could cause new pandemics.
But if we really want to implement the lessons of the pandemic, we have to look for the potential for microbes to do the damage. Outdoors has. So for really going to meet the unmet need of protecting humanity and the world from future problems, we need to implement this new, these new laws and policies.
This is the perfect time for so many reasons to have this campaign become a new global.
[00:46:04] Bryan Carroll: Well, thank you, Jeffrey. I'm glad that you are so passionate about this and you're putting in the good fight. We need more people to help support you and we need more. We need to duplicate you as many times as possible.
So we can really spread the word around because this is a big deal. And it seems like the more we advance as a species and our technology advances and everything, the more we walk a very fine line between success as. The human race and just destroying everything, which is kind of concerning.
[00:46:37] Jeffrey Smith: Yes.
Well said, Bryan, thank you so much for giving this opportunity to get this message to so many others. And I encourage everyone to do something right away to share it with others or to get more informed and protect nature. Now's a good time.
[00:46:54] Bryan Carroll: There's definitely some concerns that we need to be aware of when it comes to these GMO microbes.
And Jeffrey brings up a lot of very good points that we should take into account. And whether that leads to regulations or whatnot we need to make sure that people can't just order a kit on Amazon and be able to manipulate. And potentially release it to the world because we don't know what's going to happen.
So again, you can go to protect nature now.com a responsible technology.org and live healthy. Be well.com to learn more about the projects that Jeffery is working on and to see how you can help to prevent these things from getting released and causing massive accidents in the world. And remember it starting October 1st, our squat challenge will begin, and that is 31 days of a hundred squats in different feet positions that will start to build up the endurance and leg strength in your legs to get ready for the ski and snowboard season.
We've already had some dusting of snow in this area and different parts of the country. So the snow's coming in. If you are a skier or a snowboarder, and you want to make sure that you are prepared for the season, you're not gonna get exhausted the first day on the slopes. And you want to make sure that you avoid major injuries as best she can then get into this squat challenge.
Again, it's donation based. And you can come in and donate whatever dollar amount that you want. And then you get access to the 31 days of squats. And then usually I keep it open through November until the first major snow falls anyways, or until resorts start opening up. So to join the challenge, go to summit for wellness.com/squat.
Next week, I have Dr. Dhruvin Patel on the show. Let's go learn who he is and what we'll be talking about. I am here with driven Patel. Hey, driven. What is one unique thing about you that most people don't know? Oh,
[00:48:49] Dhruvin Patel: well, that's, that's a really interesting one. I think my, my, I have to go a little bit deep here.
Actually in 2015, I was swimming in in the mom or seasoned Tucky. And unfortunately, as I was swimming and I got hit by a wave and a slight struggle to swim. And what happened next was I fit to the slide drowning. And in that period, I must've had, my lungs were filled with 75% water. And I was basically knocked unconscious and, but probably dead for a few minutes.
But fortunately someone shot me on a jet ski and I mean, I was in an intensive coma for a week, but you know, I, I came away from that. Unscaved, you know, something that. On, you know, on paper, so traumatic I've I have no, no issue with myself apart from a scar from, from that incident. But yeah, that's something most people don't know about me.
[00:49:38] Bryan Carroll: So did that wave suck you out further into the water or
[00:49:43] Dhruvin Patel: no, I probably looking back at it and now I'm probably a very bad swimmer and I probably fall, I consume a lot better than I could. But I was, I was, I was swimming to a point too, and I was out of breath. And then the way. That was just kind of the Nate in the coffin.
I mean, luckily not no coffin this time round, but yeah, it was, it was, it was some experience and yeah, as I said, very grateful and fortunate to not have any health issues off that made it, you know, it's a very scary time for friends and family, but it was funny. I woke up and I thought it was the same day and, you know, just kind of just I'll be back home, like in the next year.
But not that I know that I was, yeah, I had a big ordeal.
[00:50:27] Bryan Carroll: Yeah, it took a long nap. Very long nap. Exactly. Well, what will we be learning about in our interview together?
[00:50:36] Dhruvin Patel: So in the interview we'll be learning about how our eyes, our eyes work in regards to our day-to-day lives. How screen time affects us, you know, through light exposure, how it contributes to tired eyes, headaches, and affects the way we sleep and what we can do about it.
You know, quick tips to also refresh the visual system and make sure we have fresh or feeding eyes at the end of the day.
[00:51:01] Bryan Carroll: In a, what are your favorite foods or nutrients that you think everyone should get more of in their diet?
[00:51:06] Dhruvin Patel: So I wouldn't be a, I, especially without recommending green vegetables.
So green vegetables have something called thin and lutein, which are really strong antioxidants, which preserved. The iHealth. So if you can have 300 grams or green budgets was the day, you know, spinach or kale, that's going to be fantastic for your eyes and not just your eyes. I mean, it helps the rest of your body as well.
Was that so many fantastic nutrients, but if you're someone that wants to look off their eyes green vegetables, 300 grams a
[00:51:35] Bryan Carroll: fantastic. Are your top three health tips for anyone who wants to improve their overall wellness?
[00:51:42] Dhruvin Patel: Obviously. Block out blue light to get to bed early. You know, if you have, if you fall asleep before 12:00 PM, that every hour is worth so much more rather than going to bed after midnight.
And then lastly I think something that people don't do is just get two liters of water a day. I mean, it's so important and it kind of runs the rest of the body. So those are my kind of free topics.
[00:52:07] Bryan Carroll: Now personally, I don't know that much about iHealth. So anytime I get to talk to an optometrist and learn more about the eyes, it's very fascinating to me.
So until next week, keep climbing to the peak of your health.
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