The response of host organism in macroscopic, cellular and protein levels to biomaterials is,
in most cases, closely associated with the materials' surface properties. In tissue …

▪ Abstract Tissue function is modulated by an intricate architecture of cells and biomolecules
on a micrometer scale. Until now, in vitro cellular interactions were mainly studied by …

In vivo, growth factors exist both as soluble and as solid-phase molecules, immobilized to
cell surfaces and within the extracellular matrix. We used this rationale to develop more …

Biomaterials that present multiple stimuli are attractive for a number of biomedical
applications. In particular, electrical and biological cues are important factors to include in …

Immobilization of biomolecules on surfaces enables both localization and retention of
molecules at the cell–biomaterial interface. Since metallic biomaterials used for orthopedic …

Growth factors play a critical role in regulating processes involved in cellular differentiation
and tissue regeneration, and are therefore considered essential elements in many tissue …

Endothelial cell seeding constitutes an appreciated method to improve blood compatibility of
small-diameter vascular grafts. In this study, we report the development of a simple …

Immobilization of biosignal molecules including growth factors and cytokines is important for
developing biologically active materials which can contribute to tissue engineering as a …

BMP‐2 (bone morphogenetic protein‐2) has been used in promoting bone formation and, in
combination with various delivery carriers, in bone regeneration or bone tissue‐engineering …

The purpose of this study was to initiate the exploration of cell behavioral responses to inkjet
printed spatial patterns of hormones biologically immobilized on biomimetic substrates. This …