Recent breakthroughs in gene-editing technology have brought new hope for curing conditions previously thought to be irreversible, including autism. CRISPR-Cas9, a powerful tool capable of precisely editing genes, has shown promising results in laboratory rats, where it successfully reversed symptoms of autism by targeting and correcting genetic mutations. This exciting development suggests that CRISPR may hold the key to not only alleviating the effects of autism but potentially curing it in humans as well. With its ability to eliminate harmful genetic variations, CRISPR could transform the future of medicine and offer a solution to many chronic diseases.
Chronic illnesses are typically driven by two primary factors: environmental and genetic. Environmental factors include contaminants such as thimerosal, BHT, atrazine, glyphosate, and others. While addressing these environmental factors is an important step toward combating chronic disease, it only represents half of the solution. The genetic factors, which involve hereditary codes passed down from parents, also play a critical role. For instance, if a person carries a gene variant that predisposes them to diseases like Parkinsonâs, a gene such as LRRK2, SNCA, PARK2, PINK1, DJ-1, ATP13A2, GBA, or MAPT; there is a significant likelihood that these genes will be passed on to their children, thereby increasing the risk of the next generation suffering from Parkinsonâs.
However, this generational transmission of hereditary conditions may no longer be inevitable. CRISPR-Cas technology enables doctors to edit out disease-causing genes from an embryo during its development, substantially reducing the likelihood that child will inherit any hereditary illness.
Lastly, if more parents were to undergo genomic screening during pregnancy, they could identify potential genetic susceptibilities their children may face in the future. This screening could also provide a precise percentage of the likelihood that certain hereditary diseases would be passed on. In short, parents need to edit out harmful genes which could cause hereditarian illness, and Kennedyâs administration needs to further fund the development of this technology, because over the course of decades, CRISPR-Cas would significantly reduce the publicâs risk to severe and chronic disease.
References:
- CRISPR reduces autism symptoms in mice - Berkeley News
- CRISPR therapy may reverse autism mutationâs effects well past infancy | The Transmitter: Neuroscience News and Perspectives
- Sickle Cell Gene Therapy Using CRISPR
- Autism spectrum disorder: Genetic Causation
Edit: There seems to be a lot of people here who falsely believe Autism is not genetically inherited. Your ignorance on this matter is partly why society has failed to treat many curable diseases. Hereâs a list of all the genes which cause Autism for those who fall within the uneducated category.
List Of Genes Which Cause Autism:
- ADNP.
- ANK2.
- ARID1B.
- ASH1L.
- CHD2.
- CHD8.
- CTNND2.
- DYRK1A.