Add to ORKGIn this study, nanostructured conductive platforms synthesized from aligned multiwalled carbon nanotubes and polypyrrole are investigated as myo-regenerative scaffolds. Myotube formation follows a linear path on the platforms coinciding with extent of nanotopography. In addition, electrical stimulation enhances myo-nuclear number and differentiation. These studies demonstrate that conductive polymer platforms can be used to influence muscle cell behaviour through nanostructure and electrical stimulation
Development of biological tissues in vitro is not a trivial task and requires the correct maturation...
The combination of stem cell therapy with a supportive scaffold is a promising approach to improving...
Compared to two-dimensional cell cultures, three-dimensional ones potentially allow recreating natur...
The engineering of skeletal muscle requires platforms that facilitate the proliferation and maintena...
Sirinrath Sirivisoot, Benjamin S Harrison Wake Forest Institute for Regenerative Medicine, Wake Fore...
The engineering of skeletal muscle requires platforms that facilitate the proliferation and maintena...
Conducting polymers have been developed as substrates for in vitro studies with a range of cell type...
Recreating native microenvironment and providing appropriate guidance cues are instrumental in the d...
Conducting polymeric materials have been used to modulate response of cells seeded on their surfaces...
An in vitro muscle-like structure with parallel-oriented contractile myotubes is needed as a model o...
Tissue engineering combines a scaffold, cells and regulatory signals, reproducing a biomimetic extra...
We investigated the use of polypyrrole (PPy)-coated polymer scaffolds and electrical stimulation (ES...
We investigated the use of polypyrrole (PPy)-coated polymer scaffolds and electrical stimulation (ES...
Poly(vinylidene difluoride), a well-known candidate for artificial muscle patch applications is a se...
Skeletal muscle consists of parallel bundles of myotubes formed by the fusion of myoblasts. We fabri...
Development of biological tissues in vitro is not a trivial task and requires the correct maturation...
The combination of stem cell therapy with a supportive scaffold is a promising approach to improving...
Compared to two-dimensional cell cultures, three-dimensional ones potentially allow recreating natur...
The engineering of skeletal muscle requires platforms that facilitate the proliferation and maintena...
Sirinrath Sirivisoot, Benjamin S Harrison Wake Forest Institute for Regenerative Medicine, Wake Fore...
The engineering of skeletal muscle requires platforms that facilitate the proliferation and maintena...
Conducting polymers have been developed as substrates for in vitro studies with a range of cell type...
Recreating native microenvironment and providing appropriate guidance cues are instrumental in the d...
Conducting polymeric materials have been used to modulate response of cells seeded on their surfaces...
An in vitro muscle-like structure with parallel-oriented contractile myotubes is needed as a model o...
Tissue engineering combines a scaffold, cells and regulatory signals, reproducing a biomimetic extra...
We investigated the use of polypyrrole (PPy)-coated polymer scaffolds and electrical stimulation (ES...
We investigated the use of polypyrrole (PPy)-coated polymer scaffolds and electrical stimulation (ES...
Poly(vinylidene difluoride), a well-known candidate for artificial muscle patch applications is a se...
Skeletal muscle consists of parallel bundles of myotubes formed by the fusion of myoblasts. We fabri...
Development of biological tissues in vitro is not a trivial task and requires the correct maturation...
The combination of stem cell therapy with a supportive scaffold is a promising approach to improving...
Compared to two-dimensional cell cultures, three-dimensional ones potentially allow recreating natur...