Abstract
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With the advancement of new material technologies and the invention of new techniques such as 3D
printing over recent decades, the fabrication of more complex and versatile structures from
biocomposites can now be easily achieved. Graphenic fillers are being increasingly used to improve and
tune the electrical conductivity and mechanical properties of biodegradable/biocompatible polymers
thus opening the way for the fabrication of biocomposite structures critical for areas such as tissue
engineering. This review provides an overview of recent work on the fabrication of structures using
graphene-based biocomposites, which provide constructs with properties better tailored to a variety of
biomedical applications.