Scientists use CRISPR gene editing to make tomatoes richer in vitamin D
Over the past couple of years, people have become especially interested in CRISPR gene editing and vitamin D. Both are linked to fighting off the infamous Covid-19 virus, but in different ways. CRISPR gene editing offers us avenues and technologies that can help us detect the genetic signature of Read More...
In a first, gene editing has been carried out in cockroaches
Since its invention, CRISPR-Cas9 has been hailed as the answer to many of our genetic worries. The gene-editing tool has made strides in many areas of research and treatment of diseases, including sickle cell anemia, high cholesterol levels, and the rare eye disease Leber congenital Read More...
Scientists make breakthrough in making truly hypoallergenic cats
Do your allergies prevent you from getting the cuddly cat you’ve always wanted? Well, the revolutionary gene-editing technology CRISPR might just make your cat-owning dreams come true. A team of researchers from the Virginia-based biotech company InBio has applied CRISPR in studies focused on Read More...
mRNA therapy shows promise treating muscular diseases
Vaccination breakthroughs in the past few years have shown the potential in messenger ribonucleic acid (mRNA). This tiny molecule naturally resides in every one of our cells and has the important job as the middleman between our DNA and proteins, relaying information from one to the Read More...
CRISPR gene-editing restores vision in patients with rare eye disease
Researchers from the Casey Eye Institute at the Oregon Health & Science University are reporting the successful use of CRISPR gene-editing to restore vision for patients with a rare eye disease. Leber congenital amaurosis, or LCA, is an uncommon genetic form of vision impairment, but seven Read More...
CRISPR technology shows promise in treating rare genetic disease
CRISPR technology has been used to successfully treat sickle cell disease, and now, the CRISPR gene-editing tool has been shown to work safely and effectively when used inside the patient’s body, or 'in vivo,' for the first time. CRISPR conducts cut-and-paste edits to the genome inside cells, Read More...
Scientists successfully use CRISPR to lower cholesterol in monkeys
Did you know that as it stands, approximately one person every 36 seconds dies in the US from cardiovascular disease? Thanks to scientists from the University of Pennsylvania and private company Verve Therapeutics, this dismal statistic may soon change for the better. The researchers have Read More...
Could this be the solution to antibiotic-resistant bacteria?
We recently shared an article about a new technique to better treat infections and reduce the development of antibiotic-resistant bacteria, but as these superbugs become more common, we will need a multi-pronged public health response to the crisis. Another potential solution for this problem is Read More...
First CRISPR gene editing patients continue to show positive progress
Back in June, we shared the success story of Victoria Gray, the first person in the US with a genetic disorder to get treated with the revolutionary gene-editing technique called CRISPR. Now, a year and a half since her groundbreaking treatment, Gray continues to thrive and even flew for the very Read More...
For the first time, two women jointly win Nobel Prize for chemistry
We’ve shared stories about how CRISPR is revolutionizing treatment for diseases like sickle cell and other genetic diseases. The gene-editing technology has the potential to change the course of modern medicine and this week, its inventors were recognized with the 2020 Nobel Prize in Read More...