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297.
New genetic tool advances DNA editing
Scientists discover enzyme that cuts single-stranded DNA, opening doors to better gene editing and medical applications.
297.
Toward fast, versatile, reusable DNA computing devices
Researchers have developed a DNA computing method that is fast, works in sequence, and can be rewritten like regular computers.
297.
Hand-inspired DNA nanobot grabs viruses
A DNA nanobot called NanoGripper, inspired by human hands and bird claws, can interact with biological entities on a very small scale.
297.
Nanoscale robots built with Velcro-like DNA strands
Researchers have built custom-designed and programmable nanostructures using DNA origami technology, which folds DNA into precise shapes.
297.
DNA origami technology for efficient, sensitive biosensors
New biosensors based on DNA origami nanotechnology might detect when to release drugs based on certain conditions inside the body.
297.
Synthetic genes build complex DNA structures inside cells
Artificial genes can construct complex structures inside cells by following a sequence similar to how IKEA furniture is assembled.
297.
AI-designed DNA switches for personalized medicine
Researchers have used AI to create DNA switches that control when and where genes in our body are turned on or off.
11.
Opening the AI black box
Quantitative genetics knowledge helps scientists understand what deep neural networks are learning
11.
AI model may allow doctors to detect cancer from DNA
Detecting cancer early via DNA methylation patterns
11.
Amber-like polymer allows for long-term storage of DNA and digital files
No freezing required