… (biodegradable interactive material + sensing on wearables) against conventional approaches
of creating interactive … potential in the future world of ubiquitous interactive surfaces. …

… In vivodegradation and resorption of aliphatic polyesters is described as a loss of physical
and/or chemical integrity, resulting from the interaction of a material with living tissue, due to …

… interaction strength, impacting CNC performance in polymeric and pure nanocomposite
materials… WCNC in composite materials, offering improved interaction and enhanced percolation…

… The combination of bioceramic and biodegradable polymer is synergistic based on direct …
Future directions of this field regarding developments on cellulose as a biodegradable material…

… biodegradable materials into flexible electronics and sensors will open new horizons for the
development of highly sensitive biodegradable e-… as the linear interaction between electrical …

… materials still become landfll in most cases. To avoid confusion with the industrial standards
of biodegradability … “backyard-degradable” to describe materials that can readily break down …

… Interaction [28] proposes a framework to use biological materials as main components in
design… Applying biodesign in different disciplines has opened new possibilities of interaction …

… , the materials exhibit stiffness above typical thermoplastic polymers and biodegradability in
… advanced functions can be encoded into biobased materials, and opens the design space …

… (1) We introduce a material exploration on biodegradable conductive and … We identifed
biodegradable conductive and interactive materials suitable for thread-like form factors, and …

… of biodegradable synthetic scaffolds is driven by four material … engineer using
polyfumarate-based materials. This unique … interaction of inorganic material, ie HA, with organic …