The polymer, he says, resists degradation by microbes because it is
highly hydrophobic, has a high molecular weight that prevents it from entering bacterial cells, and has a stable structure consisting solely of C — C and C — H bonds.
The material is also
highly hydrophobic, meaning it repels liquids.
Not exact matches
This new lipid exchange envelope penetration (LEEP) process for incorporating the nanostructures involves wrapping CNTs or nanoparticles with
highly charged DNA or polymer molecules, enabling them to penetrate into the fatty,
hydrophobic membranes that surround chloroplasts.
Researchers at Osaka University overcame these limitations with fluorescent SM analogs by joining several fluorescent chemical compounds (fluorophores) that were
highly hydrophilic to the
hydrophobic lipid part (mainly acyl chains) of the synthetic molecule.