Read article: Lipid nanotablet makes tiny biocomputer
Lipid nanotablet makes tiny biocomputer
Nanoparticle-modified platform resembles a biological cellular membrane
Read article: Lipid nanotablet makes tiny biocomputer
Read article: Hachimoji DNA doubles the genetic code
Hachimoji DNA doubles the genetic code
“Alien” DNA will be important for future synthetic biology applications and expands the range of molecular structures that might be capable of supporting life
Read article: Injectable hydrogel lines up for multiple drug delivery
Injectable hydrogel lines up for multiple drug delivery
A novel hydrogel moves one step closer to clinical application in tissue engineering and drug delivery
Read article: Transistor-based DNA sensor detects Down syndrome
Transistor-based DNA sensor detects Down syndrome
New device could make for a highly sensitive non-invasive test that is fast, simple and cost-effective
Read article: Interfacial fluid transport is the trick to better biomedical devices
Interfacial fluid transport is the trick to better biomedical devices
New insights into how hydrogels stick to living tissues could help improve bioadhesive strategies
Read article: Gecko-inspired adhesive propels robotic inchworm
Gecko-inspired adhesive propels robotic inchworm
Microstructured material grips in just one direction
Read article: Do-it-yourself DNA design
Do-it-yourself DNA design
Researchers develop a new algorithm that allows users to create nanoscale 2D DNA structures from a simple drawing
Read article: Traction forces release growth factors from cells to heal wounds
Traction forces release growth factors from cells to heal wounds
Biologically inspired technique mimics natural healing processes
Read article: 3D printing and genetic engineering bring biofilms to life
3D printing and genetic engineering bring biofilms to life
Researchers produce self-regenerating living hydrogels with customizable properties
Read article: Nanotweezers probe single cells
Nanotweezers probe single cells
New “nano-surgeons” could help advance our fundamental understanding of cellular processes
