The control of cell gradients is critical for understanding many biological systems and
realizing the unique functionality of biomimetic implants. Herein, we report a …

In this study we investigated the potential of artificial extracellular matrix (aECM) coatings
containing collagen II and two types of glycosaminoglycan (GAGs) with different degrees of …

The extracellular matrix exhibits several nanostructures such as fibers, filaments, nanopores
and ridges that can be mimicked by topographical and 3D substrates for cell and tissue …

A major challenge in muscle tissue engineering is mimicking the ordered nanostructure of
native collagen fibrils in muscles. Electrospun nanofiber constructs have been proposed as …

Biomimetic materials are used for creating microsystems to control cell growth spatially and
elicit specific cellular responses by combining complex biomolecules with nanostructured …

This review is intended to provide an overview of tissue engineering strategies using
scaffold biomaterials to develop a vascularized tissue engineered construct for nano …

New biomaterials for Guided Bone Regeneration (GBR), both resorbable and non-
resorbable, are being developed to stimulate bone tissue formation. Thus, the in vitro study …

Combining cellular self-alignment within tethered collagen gels with stabilization through
subsequent removal of interstitial fluid has yielded a new process for the fabrication of …

The possibility of tailoring membrane surfaces with osteoconductive potential, in particular in
biodegradable devices, to create modified biomaterials that stimulate osteoblast response …

Injuries in blood vessels are accompanied by disrupted endothelial cell layers. Missing or
destroyed endothelial cells lead to rough, structured surfaces on the micrometer scale. The …