The stability of biodegradable polymers in both fresh water and sea water is investigated to determine how degradable they really are.
The stability of biodegradable polymers in both fresh water and sea water is investigated to determine how degradable they really are.
A new technique for surface chemical analysis with collagen ELISA to optimize surface fictionalization for implantation is presented.
Using plasma-deposited siloxane films with a high dielectric permittivity on copper avoids long-time partial discharge.
Nominate a colleague for the Biopolymers Murray Goodman Memorial Prize, awarded for accomplishments in biochemistry, biophysical chemistry, biophysics and/or chemical biology.
This organic–inorganic composite lubricant displays the best of both worlds for solid-state, high-temperature applications.
Chemnitz scientists develop bio-based fiber-plastic-compounds for a future sustainable large-scale production.
Osmotic engine: translating osmotic pressure into macroscopic mechanical force
Combining continuous flow processing and on-line monitoring allows for efficient optimization of chemical reactions
A photocatalytic, palladium-free Stille-type coupling reaction is described.
Researchers demonstrate a strategy using a photoresponsive malleable actuator with mechanical strain energy stored in the polymer beforehand.