Controlled activation of hepatocyte aggregation is critical to three‐dimensional (3D)
multicellular morphogenesis during native regeneration of liver as well as tissue reconstruction …

In order to evaluate the sensitivity of hepatocellular cultures to variations in both substrate
stiffness and bioactive ligand presentation, hepatocytes were cultured on differentially …

We have reported previously that cellular stimulation induced by variable mechanochemical
properties of the extracellular microenvironment can significantly alter liver-specific function …

Currently, synthetic degradable polymers are frequently employed as culture substrates prior
to cell transplantation and as implantable scaffolds for cellular infiltration during soft and …

Introduction Cellular bone matrices (CBM) are allograft products that provide three
components essential to new bone formation: an osteoconductive scaffold, extracellular growth …

Objective: The articular cartilage of autologous osteochondral grafts is typically different in
structure and function from local host cartilage and thereby presents a remodeling challenge. …

The biophysical nature of the cellular microenvironment, in combination with its biochemical
properties, can critically modulate the outcome of three-dimensional (3-D) multicellular …

Although cadherin-mediated intercellular contacts can be integral to the maintenance of
functionally competent hepatocytes in vitro, the ability to engineer hepatocellular differentiated …

Objective This study was conducted to compare therapeutically relevant properties of platelet-rich
plasma (PRP), a commonly used autologous intra-articular treatment for osteoarthritis (…

Background: To evaluate the comparative abilities of commercially available, viable, cellular
bone allografts to promote posterolateral spinal fusion. Methods: Human allografts …