Genetics and Precision Medicine

The Gene Editing Juggernaut Is Picking Up Speed

The Gene Editing Juggernaut Is Picking Up Speed
The Gene Editing Juggernaut Is Picking Up Speed 789 444 IEEE Pulse
Gene editing is now on the threshold of becoming a mainstream treatment for a host of diseases and genetic treatments are posed to shape the future of health care read more
DNA Testing for Preventative Health: Do Outcomes Justify Continued Investment? 

DNA Testing for Preventative Health: Do Outcomes Justify Continued Investment?
DNA Testing for Preventative Health: Do Outcomes Justify Continued Investment? 789 444 IEEE Pulse
Analyzing an individual’s genome to generate risk profiles for serious disease sounds like the ultimate weapon in the fight for preventative health care, but does DNA analysis deliver on its promise? read more
MicroRNA Biomarkers: Pitfalls and Potential

MicroRNA Biomarkers: Pitfalls and Potential
MicroRNA Biomarkers: Pitfalls and Potential 789 444 IEEE Pulse
Progress has been made in establishing the role of miRNAs as biomarkers for disease, but challenges remain with clinical translation read more
Optogenetics: Using Light to Excite the Brain by Jim Banks

Optogenetics: Using Light to Excite the Brain
Optogenetics: Using Light to Excite the Brain 789 444 IEEE Pulse
By changing the electrical signaling of neurons in the brain using light, optogenetics is revealing novel treatments for hearing loss and other neurological disorders. read more

The mRNA Revolution is Coming
Author(s)3: Mary Bates
The mRNA Revolution is Coming 2309 1299 IEEE Pulse
A bright spot during this COVID-19 pandemic has been the rapid development of effective vaccines that work by harnessing the power of messenger RNA, or mRNA. mRNA vaccines might seem like a relatively new idea, but researchers have been working on the technology behind them for decades. Now, the success of Moderna and Pfizer’s coronavirus vaccines are highlighting the immense potential for mRNA therapies—not just for infectious diseases, but also to treat cancer and genetic disorders. read more

Stem Cell Update: Where Are We Now?
Author(s)3: Mary Bates
Stem Cell Update: Where Are We Now? 500 300 IEEE Pulse
Since stem cells give rise to all the different cell types that make up our bodies, they have the potential to repair or replace cells that are missing or dysfunctional in a wide range of diseases and injuries. In recent years, an explosion of clinical trials involving stem cell therapies has inspired hope that such regenerative strategies may soon cure some of our most vexing diseases. Before that hope is realized, we will need a greater understanding of the fundamentals of stem cell biology as well as the specifics of different disease processes. Although the challenges seem daunting, stem cell research is rapidly advancing and ushering in a new era of regenerative medicine. read more

CRISPR Tech Behind Super-Sensitive, Smartphone COVID Test
Author(s)3: Leslie Mertz
CRISPR Tech Behind Super-Sensitive, Smartphone COVID Test 1897 1581 IEEE Pulse
Advanced CRISPR technology is part of a new test that determines within minutes whether a person has been infected with even very low levels of the SARS-CoV-2 virus (the cause of COVID-19), and also quickly and directly measures the viral load, or how much replicating virus is in a person’s body [1]. read more

Spellchecking for the Story of Life With CRISPR-Cas9 and Base, Prime Editors
Author(s)3: Jim Banks
Spellchecking for the Story of Life With CRISPR-Cas9 and Base, Prime Editors 1000 640 IEEE Pulse
Just four letters—A, G, T, and C—make up the alphabet of the genome. It may seem simple, but a small difference in spelling can create mutations that result in life-threatening diseases. Gene variants that cause genetic diseases come in many varieties. Transition point mutations cause conditions such as progeria, the rapid aging disease. Transversion point mutations cause sickle-cell disease and other major disorders. Small insertions can cause Tay-Sachs, which stops nerves working properly and is usually fatal, and deletions can result in cystic fibrosis. read more

The Unknown Human Health Legacy of Nuclear Weapons Testing
Author(s)3: Wudan Yan
The Unknown Human Health Legacy of Nuclear Weapons Testing 1295 810 IEEE Pulse
For nearly half a century, the United States and the Soviet Union were locked in a fierce battle although no shots were actually fired. Starting in the 1940s, both started developing their arsenal of nuclear weapons, in preparation for an all-out nuclear war. The U.S. government primarily used a patch of land in Nye, NV, that was formerly a military base, to conduct their tests. read more
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