Study May Confirm GMO DNA is Transferred to Human Consumers


Scientists used to think that DNA from our food was always broken down during digestion. But a number of research studies aggregately show otherwise. The truth is, whole genes from other organisms can remain intact after we consume them and they can be found in our bloodstreams!

Foreign DNA in Our Blood?

According to a published article in the Public Library of Science (PLOS), genes from genetically modified foods we eat can enter the human blood. This report is based on four different studies with over 1000 human samples that found DNA fragments of organisms outside of our own that have entered the human circulation system through an unknown mechanism.

These genes were able to avoid degradation, a process that the digestion system undergoes to break down proteins and DNA. In fact, one of the blood samples showed a higher concentration of plant DNA compared to human DNA, which is quite alarming for the human body.

You may ask, “what danger does this information pose on my body?” Well, it’s important to give you a brief understanding of genetically modified foods and what effects they can have on your body.

Dangers of Genetically Modified Foods

corn-gmoYou have probably heard the acronym GMO in the past, and you might’ve even come across food labels that have “non-GMO” printed on the front label. Many food products contain this specific information because GMOs are a major concern when it comes to our health and here’s why.

GMO stands for genetically modified organisms. They are organisms (i.e., plants, animals, or microorganisms) where their DNA gets manipulated through artificial recombination and cross-breeding methods. The process of genetically modifying foods (GMO foods) is meant to bring perceived advantages to producers and consumers of these foods.

GMOs have the ability to develop traits like resistance to browning in apples. What that means for producers is that they are more likely to protect their crops using genetically modified organisms that resist plant diseases, and that in turn means higher levels of production. On the side of consumers, products are priced lower, and there are claims of added nutritional value, although many researchers will beg to differ. The non-GMO project says, “Despite biotech industry promises, there is no evidence that any of the GMOs currently on the market offer increased yield, drought tolerance, enhanced nutrition, or any other consumer benefit.”

GMO Must Be Disclosed on Food Labels in Many Countries

It can be deceiving to think that it’s okay to consume foods that contain GMO especially because their prices are much lower than non-GMO foods and they aren’t banned in the food industry. But beware, not everything in the food market is good for you and genetically modified foods, in particular, may bring risks to your health.

According to the World Health Organization (WHO), gene transfer and the movement of genes from genetically modified plants into conventional crops or related species may have an effect on food safety and food security.

Quote: “This risk is real, as was shown when traces of maize type which was only approved for feed use appeared in maize products from human consumption in the United States.”

Presently, 64 countries around the world, including Australia, Japan, and all of the countries in the European Union require genetically modified foods to be labeled. The same can’t be said for the U.S. and Canada, even though a 2015 ABC News survey found that 93% of Americans believe that genetically modified foods should be labeled.

As for the rest of the world, there are 300 regions with outright bans of growing GMOs.

Geneticist, David Suzuki Expresses His Concerns Regarding GMOs

Geneticist David Suzuki expresses his concern that human beings are just part of a “massive genetic experiment” over many years, as thousands of people continue to consume GMOs. He even used an analogy to further explain the artificial process of genetic modification and that its drastic effects are beyond current comprehension.

He said, “One small mutation in a human being can determine so much, the point is when you move a gene, one gene, one tiny gene out of an organism into a different one, you completely change its context. There’s no way to predict how it’s going to behave and what the outcome will be. We think that we design these life forms, but it’s like taking the Toronto orchestra prepared to play a Beethoven symphony, and then you take some random drummers from ‘here’ and flip them in with the Toronto Symphony, and you say, ‘play music.’ What comes out is going to be something very different. Publicists say that there is good intention behind GMOs, but the fact of the matter is it’s driven by money.”

Suzuki’s concern is only one of many regarding GMOs. The truth of the matter is that the safety of GMOs is unknown and rigorous research is further needed to prove that there are any health benefits tied to GMO. As such, people are increasingly choosing to take matters into their own hands by choosing to purchase food products that have non-GMO.

Conclusion

If you have been oblivious to the dangers of GMO, it’s time you pay careful attention to what’s in your food and how it’s made. If possible, make an effort to eat non-GMO foods to protect your health.

Foreign DNA Trapped Inside You May Be Changing Your Behavior .


There may be another human’s DNA trapped inside of you. While it may sound like a weird science sequel to The Exorcist, according to Peter Kramer at the University of Padua, “A very large number of different human and non-human individuals are all incessantly struggling inside us for control.”

Dna

Kramer and his colleague Paola Bressan just published a paper about this strange phenomenon — microchimerism — that influences our behavior. Basically, we pick up DNA perhaps in the womb from a twin, a subsumed twin, an older sibling, our mothers, or later in life from a pregnancy. In one study, 63 perhaps of women who’d had children were harboring male cells in their brains.

“A very large number of different human and non-human individuals are all incessantly struggling inside us for control.”

While it’s been studied that the bacteria in our guts can influence everything from our mood to our appetites, less is known about how this shadow human DNA may sway our decisions and feelings. This foreign DNA could potentially influence which hand is dominant or the propensity to develop Alzheimer’s. In one study of Danish women who’d been pregnant, epidemiologists determined that the leftover Y chromosomes improved the overall health of the women.

What’s stranger still is that microchimerism of male cells in women occurred even when they’d never given birth to a son — the DNA possibly transferred by an older brother or even sexual intercourse with a man. It seems then that the human body is far from fixed at birth and instead picks up DNA the way our browser does cookies.

Foreign DNA Trapped Inside You May Be Changing Your Behavior .


There may be another human’s DNA trapped inside of you. While it may sound like a weird science sequel to The Exorcist, according to Peter Kramer at the University of Padua, “A very large number of different human and non-human individuals are all incessantly struggling inside us for control.”

Dna

Kramer and his colleague Paola Bressan just published a paper about this strange phenomenon — microchimerism — that influences our behavior. Basically, we pick up DNA perhaps in the womb from a twin, a subsumed twin, an older sibling, our mothers, or later in life from a pregnancy. In one study, 63 perhaps of women who’d had children were harboring male cells in their brains.

“A very large number of different human and non-human individuals are all incessantly struggling inside us for control.”

While it’s been studied that the bacteria in our guts can influence everything from our mood to our appetites, less is known about how this shadow human DNA may sway our decisions and feelings. This foreign DNA could potentially influence which hand is dominant or the propensity to develop Alzheimer’s. In one study of Danish women who’d been pregnant, epidemiologists determined that the leftover Y chromosomes improved the overall health of the women.

What’s stranger still is that microchimerism of male cells in women occurred even when they’d never given birth to a son — the DNA possibly transferred by an older brother or even sexual intercourse with a man. It seems then that the human body is far from fixed at birth and instead picks up DNA the way our browser does cookies.

Bryan Sykes, founder of Oxford Genetics, says everyone should be proud of their own genes.