SA-B-DAPPy

Nanofibers by precipitation

As high as 1.33 ± 0.012 S/m by

modulating the weight ratio

Elongation at break

beyond ~800%

Flexible electronic and

biosensor systems

[ 30]

PPyNTs on

NNAs

Electrodeposition

An areal capacitance up to

60.2 mF/cm2

–

Flexible electronics

[ 31]

PPy/Agarose

In-situ polymerization

Saturated at ∼1.95 × 10–1 S/cm at

PPy concentration of 450 mM

Young’s modulus close to that

of human skin

Self-healable smart electrodes

[ 44]

PDA@BTO/

PVDF

facial solution-casting method

9.3 V, high load resistance of

70 MΩ

12 N (33 KPa)

Pressure sensor human

motion monitoring

[ 35]

PVDF-MOF

(Zirconia

based)

Electrospinning

568 ± 76 mV, 0.118 V/N

5 N

Arterial pulse monitoring

[ 36]

PVDF/BaTiO3/

MWNT

Melt mixing followed by

compression molding

∼10−11 to ∼10−4 S/cm

–

A regenerative platform for

neuron-like and Glial cells

[ 52]

PVDF/Ag-pBT

Selective laser sintering

technique

3.82 × 10−8 S/m

168.5 ±1.4 MPa

Bone repair with anti-bacterial

performance

[ 51]

Conducting Polymer-Based Biocomposites

389