Conducting polymer
Conductive biopolymers are obtained by structuring a network of conductive Nano fillers, carbon or metallic into insulating biopolymer matrices. It has many potential biomedical applications, ranging from a coating on neural electrodes, as a material in bio sensing and drug delivery, and as an electrically active platform for tissue engineering.
- Conductive paths
- Electrical conductivity
- Conductive particles
- Mechanical stress
- Sensor response
- Conductive fillers
- Binder material
- Fossil fuel
Related Conference of Conducting polymer
June 28-30 2020
BIOENERGY MEET 2020
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veternarymedicine-2020
Conducting polymer Conference Speakers
Recommended Sessions
- 3D printing of biopolymer
- Application of bioplastics in medicine
- Bio based Re Invention of plastics
- Bio catalysis in polymer chemistry
- Biodegradable and non-biodegradable polymer
- Bioplastic Engineering
- Biopolymer composites
- Biopolymer Nano composite
- Biopolymer Rhenology
- Chemistry of biopolymer
- Conducting polymer
- Conjugated micro porous Bio polymer
- Copolymer
- Functional biopolymer
- Nanotechnology for bio polymer
- Optoelectronics Bio polymer
- Poly saccharides in bio polymer
- Polylactic acid and biopolymer
- Recycling Processing in Plastic Engineering and Waste Management
- Relevance of bioplastics in food preservation
- Renewable resoures and biobased polymer
- Super molecular Bio polymer
- Synthetic polymer
- Thermally stable biopolymer
- Thermoplastic & thermosetting bio polymer