
Bacterial ‘Nanosyringe’ Could Deliver Gene Therapy to Human Cells
This novel injection system could help advance gene therapy by nimbly inserting gene-editing enzymes into a variety of cell types
This novel injection system could help advance gene therapy by nimbly inserting gene-editing enzymes into a variety of cell types
A new technology could wipe out whole species. Is it a magic bullet or a genetic atom bomb?
A miniature antenna can transmit data from inside cells without using damaging microwaves
Invasive suckermouths can be transformed into an industrial water cleaner
Drab brown moths’ infrared glittering could be key to tracking different species through the night
DeepMind’s system for predicting the 3D structure of proteins is among five recipients of science’s most lucrative awards
A new cilia-covered chip could revolutionize portable medical diagnosis
An integration of soft materials, sensors and flexible electronics is bringing robotic “skin” closer than ever to reality
For the first time, researchers have used this bacterial tool to edit genes in human cells
A new method for monitoring proteins could lead to better drug development
Implants are becoming more sophisticated—and are attracting commercial interest
A bioreactor-made material is being marketed as an animal-friendly leather alternative that also aims to help save the planet
Researchers say that such bio-integrated systems could be the future of prosthetics
The first commercial food product to use the CRISPR gene-editing technique increases levels of GABA in tomatoes
An open-source approach downsizes today’s clunking behemoths with permanent magnets and deep-learning algorithms
Cell-based fish taste the same as their wild and farmed counterparts. But will it ever make economic sense to produce this kind of protein?
The device can sit beneath a bandage and send infection alerts directly to a smartphone
A new delivery method for certain vaccines could make the lifesaving treatments more effective and accessible
Ginsberg collaborates with synthetic biologists to create eau de Leucadendron and her latest: artwork for insects
This is a story of desperation, anger, poverty—and triumph over long odds to crack the code of a degenerative disease that had been stealing the lives of children since it was first discovered more than a century ago...
Support science journalism.
Thanks for reading Scientific American. Knowledge awaits.
Already a subscriber? Sign in.
Thanks for reading Scientific American. Create your free account or Sign in to continue.
Create Account