Genetics
Genetics
Genetics
Nanopore Sensor Exploits Artificial Intelligence for Specific Virus Detection
Researchers at Osaka University in Japan have developed a nanopore sensor to detect single influenza viral particles in a biological sample. The researchers used artificial intelligence to work out the “hallmarks” of the virus, which allowed...
Genetics
Nanome Looking for VR Folks to Help Complete Human Biome Map
Molecular scientists these days have tools at their disposal that allow to do quite incredible things. To use these tools to create new drugs and therapies, they need new ways to visualize and manipulate molecules using computers. Proteins...
Genetics
Tackling Alzheimer’s Biomarkers Using Machine Learning: Interview with IQuity CEO, Dr. Chase Spurlock
Losing one’s memories, and therefore one's identity, must be a terrifying experience. With a global estimate of almost 50 million people living with dementia, predicted to rise to more than 130 million by 2050, the burden of Alzheimer’s and...
Genetics
Point-of-Care BRCA1 Mutation Testing in 20 Minutes
BReast CAncer gene one (BRCA1) is one of the best-known genes linked to breast cancer risk. Unfortunately, the technology to spot the gene requires a lab and expertise at interpretation. Researchers at Louisiana State University have now...
Genetics
23andMe's Pharmacogenetic Test Approved by FDA
The FDA has just approved 23andMe's Personal Genomic Service (PGS) Pharmacogenetic Reports. This marks the first direct-to-consumer test for pharmacogenetics of enzyme variants that may affect the way patients break down medications. Consumers...
Genetics
Transistor Chip for Continuous Monitoring of 3D Cell Cultures
A team led by researchers at the University of Cambridge has developed a 3D “organ-on-a-chip” with a difference – the cells in the device grow within an electrode that allows for continuous electrical monitoring. The researchers have dubbed...
Genetics
Microchip for Growing and Studying 3D Brain Mimics
Over the past few years, neuroscientists have been able to grow ever larger and more complex spheroid cultures and organoids that replicate the structure and functionality of brain tissue. While these models are significantly better at mimicking...
Genetics
Microfluidic Chips to Diagnose and Characterize Cancer: Interview with Prof. Fatih Sarioglu, Georgia Tech
Research into microfluidic devices to aid in cancer diagnosis promises huge leaps in making diagnostics easier and faster. Much of this research is focused on chips that can trap circulating tumor cells (CTCs) which are present in blood samples....
Genetics
Vagus Nerve Stimulation to Reduce Post Surgical Brain Inflammation
Following a difficult surgery, some patients end up experiencing cognitive decline and delirium, which seems to arise from inflammatory changes in the brain, that are still poorly understood. This inflammation is difficult to control in a...
Genetics
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