![]() Recently, there has been an increase in focus around the self-assembly of hydrophilic biopolymer networks owing to their more environmentally friendly nature and naturally derived sourcing toward the production of functional materials like hydrogel polymeric films and coatings. This material has potential, not only in coating industries as a safer option, but also in those industries requiring flexibility and tenability, namely for biosensors and anti-inflammatory therapeutics. ![]() Electron plasmon resonance confirms the free-radical reducing ability (3.5 times), while liquid chromatography mass spectroscopy quantifies the UV degradation of sinapyl alcohol. Atomic force microscopy visualizes the topography and quantifies the local nanomechanics, while rheological measurements showcase a shift from viscoelastic material to gel. The resulting three-dimensional film is evaluated as a free-radical scavenger for the protection of wood at different ratios. ![]() A novel alternative material is realized between xanthan gum and Neodol, a non-ionic surfactant. Many wood stains and finishes emit toxic chemicals which may have serious implications to one’s health. There is an increasing need for materials with tunable physical and chemical properties that are relatively non-toxic and efficacious for their intended application. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |