Home » Will genetically modified organisms (GMOs) hurt my body?

Will genetically modified organisms (GMOs) hurt my body?

Genetically modified organisms (GMOs) are living things whose DNA makeup is remodelled through genetic engineering processes. Precise GMO meaning in addition to what genetic engineering comprise varies. A popular definition for it would be an organism refashioned. It is done in a manner that is not elemental in situations where natural methods include intercourse or natural evolution, as in the case of natural selections.

In countries where education standards are quite advanced, GMO pros and cons are discussed as essay examples. Some GMO essay topics often include whether the genetic change in crops is harmful to their health. It strikes them as relevant because virtually every student would be resistant to eating food that has been tampered with within a college or university community. More especially, when it has been done on a genetic level that can affect their health.

How Are GMOs Formed?

Rendering GMO entails a layered process. First, genetic engineers single out specific genes to combine them with other genetic blocks. These elements include promoter regions, terminator regions, and even preferred markers.

Numerous organisms have been genetically modified (GM). DNA is constantly being exchanged within and across organisms. Thereby creating transgenes. Transference between plants and animals as well as among microorganisms has been made. Sometimes, even among kingdoms.

Genetic traits can be exchanged. Some DNA existing within a said organism may be amplified, tweaked, or completely obliterated.

Misconceptions About GMOs

There are controversies surrounding genetic modifications, especially with their exposure outside the labs. Much fuss surrounds GM crops. For instance, is GMO food healthy for consumption? What threat does breeding them pose to our ecological system?

These worries brought about lawsuits and international trade disputes. They have also caused the restrictive circulation of commercial products in some nations. Major concerns border the health and environmental effects plants generated through this method may cause. For example, do they provoke an allergic reaction? Could transgenes merge with human cells? Can these genes not approve for human consumption outcross into the food supply?

Crate of oranges that can be genetically modified to make them GMOs

Are GMOs Harmful?

There seems to be an agreement in the scientific spheres. This implies that based on accessible data, food gotten from genetically modified crops does not constitute more threat to human life than plants gotten via traditional systems.

However, each GM consumable needs testing on a case-by-case basis before introduction. Nonetheless, it seems less likely that public members will welcome foodstuff derived from GMOs with open arms. The current legal and regulatory status of GM foods vary by country. Some countries have prohibited them. Others permit them with the proverbial pinch of salt.

How GMOs Are Driving Science and Medicine

Some methods are now obtainable for inserting genes into host genomes. For bacteria, it takes heat shock or electroporation to make them take in foreign DNA. DNA is generally inserted into the animal’s cells using microinjection.

In other words, it could be injected straight into a nucleus by the cell’s nuclear envelope or by using viral vectors. In plants, DNA tends to be inserted using Agrobacterium-mediated recombination, biolistics, or electroporation.

Agrobacterium is a genus of bacteria. It is known for its ability to transfer DNA between itself and plants. Biolistic particle delivery systems or Gene guns are devices used for delivering exogenous DNA (transgenes), RNA, or protein to cells.

Just one cell gets changed by the isolated material. Therefore, the process must start again from that single cell. For plants, tissue culture is the best way. As such, double-checking tissue culture whatever DNA is required for insertion into the animal already exists within its stem cells.

Way Forward for GMOs

Human beings have domesticated flora and fauna as far back as can be remembered. To do this, they employed selective breeding or artificial selection. In selective breeding, organisms that possess desired attributes are crossbred. Crossbreeding is done so that the next generation of those organisms can obtain from their “ancestors” the desired traits. Anyone without the desired traits is not bred. This practice served as a forerunner to the modern concept of genetic alteration. AquAdvantage salmon got cleared for consumption in 2015, and more is certainly underway.


Although scientists extolled GM food production, people still exhibit skepticism. Everybody is on the watch out, especially after the recent pandemic. That is why they advocate for labels so people can choose whether they want it or not.

How did I do?

Did you enjoy this post? Why not hang around and read a few more whilst you’re here. If you want to read some more of my usual kind of stuff, head over to my Mum Life section. You’ll find all things parenting with a tongue-in-cheek twist. Or if you want some days out and UK family holiday inspiration, click on the Travel section.

If you like a bit of social media madness, pop over to my Facebook page. You’ll be able to have a laugh at what ridiculousness goes on in my house with three very small boys on a daily basis. Warning – there is often sarcasm, and usually swearing. There are also great travel reviews and some AWESOME giveaways. Feel free to join my Twins, Tantrums and Cold Coffee – Shits and Giggles Parenting Group too, where everyone shares their hilarious stories.

If you like what you see, how about you check me out on Pinterest Instagram and Twitter too.

And if you want to work with me, feel free to give me a shout here or at helen@twinstantrumsandcoldcoffee.com and I’ll get back to you.

You may also like

Leave a Comment

* By using this form you agree with the storage and handling of your data by this website.

This website uses cookies to improve your experience. We'll assume you're ok with this, but you can opt-out if you wish. Accept Read More

Privacy & Cookies Policy