CRISPR Has Started Genetic Engineering on Humans and Food

CRISPR Has Started Genetic Engineering on Humans and Food

With the technology growing rapidly and CRISPR at-home genetic engineering kits being sold to schools and homes, interest in gene-editing technology is at an all-time high, and so is concern. As our sci-fi fantasies inch closer and closer to fruition, gene-editing is changing the face of genetic engineering on humans, plants, and animals.

How CRISPR Gene Editing Works

CRISPR is an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, which are essentially DNA sequences in bacteria that retain segments of DNA from viruses that have attacked them in the past. These unique segments occur intermittently in between our regularly repeating segments and are there so our immune system knows what to look out for in the future.

In addition to CRISPR, Cas9, or CRISPR-associated proteins, work to snip segments of DNA in invading viruses. Scientists employed these Cas9 enzymes to manipulate or edit genes. Over the course of this technology’s development, two scientists figured out how to re-engineer the Cas9 by feeding it artificial RNA molecules in order to target a specific gene. The Cas9 protein uses that RNA as a reference for what it needs to cut up in the DNA sequence.  This allowed for the ability to target and snip any DNA sequence, leading to the array of applications the technology has potential for today.

The CRISPR process was first noticed in the early ‘90s by a Spanish microbiologist named Francisco Mojica. Its application has since led to contention between scientists for credit in its discovery and the iterations that have led to its current effectiveness.


CRISPR Gene Editing


Companies are vying for patents and government deregulation for use of the technology. One company, Caribou Biosciences, aims to use the technology for genetic engineering on humans to prevent hereditary diseases like Alzheimer’s and cystic fibrosis, or to target and simplify detection of viruses like HIV.

Some companies plan to use DNA editing to prevent spoilage of vegetables or decrease fat content in pigs. Others already have it in play. The bacteria Streptococcus Thermophilus, a probiotic in yogurt, spoils when it is exposed to bacteriophages, so DuPont used CRISPR gene editing to create bacteriophage-resistant yogurt that is now being sold across the world.

In China, pigs were bred using the CRISPR/Cas9 editing to introduce a missing gene that regulates body temperature. The pigs were also bred to have less body fat, to save farmers money and give the pig a better chance of survival in cold weather. The pigs’ embryos were cloned and bred, showing 24 percent less body fat. Chinese scientists heralded this success as an advancement in the future of animal welfare.


Genetic Manipulation of Plants

The GMO debate has been and continues to be a contentious topic for consumers and growers alike. With GMO labeling becoming more and more of a consumer demand, producers struggle to maintain sales when their products are not deemed organic and non-GMO. Unsurprisingly, the CRISPR gene editing technology has become a tool to sidestep the GMO label. But isn’t modified synonymous with edited?

GMOs prior to CRISPR introduce a foreign genetic material, changing the genetic composition, essentially creating a hybrid of the produce. With CRISPR gene editing, there is no foreign genetic material introduced, rather an organic process is manipulated to snip off undesirable parts of the gene. Some scientists have compared it to editing text in a word document.




In the United States, the FDA continues to eye the technology somewhat warily, as it is classified as a drug due to chemical manipulation. The administration concedes that it doesn’t want to regulate the technology too heavily, in the event that it could be a hindrance on American agriculture.

Some of the potential uses for CRISPR gene editing have been shown to have value already with no apparent negative effects. For example, white button mushrooms turn brown shortly after they are sliced, but a slight gene manipulation solved this problem by targeting a genome responsible for melanin production. Other crops that could benefit are commercial tomatoes that have less flavor, wheat that is susceptible to mildew, and corn that is susceptible to drought conditions.

But with technology this new and untested, it’s hard to tell what negative effects could manifest down the road and whether the concerns related to current GMO foods, are as justified in this scenario.


Human Genetic Engineering Pros and Cons

There are obviously ethical concerns when it comes to genetically editing humans, despite the potential for curing some of the diseases that plague us. One of the bigger concerns is that it will inevitably lead to designer babies, whose genes have been edited to give them superior intelligence and other favorable traits. This type of engineering would likely be expensive, only allowing affluent families access to the technology and further exacerbating social inequality.

Others are averse to CRISPR gene editing because it’s permanent, meaning those snipped segments of DNA can’t be reversed and would be passed down to future generations. With technology this new that’s manipulating nature, there is always room for mistakes and mutations that would need to be contained or corrected; not to mention, permanently messing with your genetic makeup is pretty frightening.

One of the errors that can occur with DNA editing is called mosaicism, in which only one or a few cells obtain the intended changes, rather than all of them. This is likely to lead to mutations and other unintended consequences.


genetic engineering gmo and gene manipulation concept hand is inserting sequence of dna


A recently designed variation of the Cas9 protein can target individual genetic components even more precisely. This Cas13 protein targets base pairs rather than double stranded segments of DNA, which are cut and pasted with Cas9. Cas13 corrects the mutation instead of removing and replacing the targeted strand. Many diseases, such as sickle-cell anemia, are caused by single mutations at this level and could potentially be reversed.

This technology doesn’t seem to be going away anytime soon with CRISPR genetic engineering kits being sold as DIY projects for $150. But no need to worry, these kits only allow for the modification of tiny microbes. Genetic self-modification isn’t anywhere near that accessible or inexpensive at this point.

It remains to be seen where CRISPR gene editing will lead over the coming years. Scientists in England and China have been experimenting on human embryos and the first test of this nature was undertaken in the US just a few months ago, despite warnings from government agencies and the scientific community. Some government officials have even gone so far as to refer to the technology as a weapon of mass destruction. Could we be on the brink of a major breakthrough with genetically engineered humans, or simply meddling in nature where we shouldn’t be?

Massive Tesla Tower Suddenly Appears in Field Outside Waco, TX

Massive Tesla Tower Suddenly Appears in Field Outside Waco, TX

Drivers traveling east along the I-35 corridor between Waco and Dallas have been intrigued by a tall, oddly shaped tower looming in the middle of a field in the small town of Milford, TX. For many, the tower is a confounding sight, but those familiar with the work of Nikola Tesla have been quick to point out that the lone pylon looks strikingly similar to a Tesla Tower.

Though construction began almost two years ago, it wasn’t for at least a year until the tower began to draw attention from local news outlets and various corners of the internet.

But now that the company behind the project has been uncovered and some of the project’s goals have been elucidated, much of the speculation has been confirmed; the tower is in fact based on the same idea behind Tesla’s Wardenclyffe Tower constructed on Long Island.

The precise electrical mechanism behind it however, is known as Zenneck surface wave technology, named after electrical engineer Jonathon Zenneck, who discovered that low-frequency electrical waves could be transmitted and received through the curvature of the Earth, to and from a singular location.

Based on the titles and affiliations of those involved in the project, it’s unclear whether this tower will be used to realize Tesla’s dream of transmitting free energy to everyone in the world – if it’s even possible – however, the company behind it claims it intends to bring energy to rural parts of the world that currently have trouble accessing energy efficiently.




That company is Viziv Technologies and it has partnered with Baylor University in developing methods of wireless electricity distribution over long distances. It also says it plans to develop the technology to transmit navigation and sensing signals for GPS and various communication technologies.

“Currently about 17 percent of the world’s population have no access to electrical power, and for many more people, availability is spotty and unreliable,” Truell Hyde, Baylor’s Vice Provost for Research, said in a press release. “This technology has the potential to raise the standard of living for people around the world. Who wouldn’t want to be a part of something like that?”

With over $50 million in funding from investors, in addition to its university partnership, this may be the first time the technology has had significant investment since Tesla built Wardenclyffe in 1906. Let’s just hope the private interest from those investments doesn’t lead to its demise, like it did for Tesla in 1917.


For more on the Wardenclyffe Tower and the legacy of Nikola Tesla, check out this biopic Free Energy of Tesla :

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