… Design principles are beginning to emerge for the use of ligands to control cell behavior on
biomaterials for tissue engineering … These observations provide a design basis for modifying …

… (3D) biomaterial scaffolds can play a critical role in the development of new tissue morphogenesis
via interacting with human cells. Although simple polymeric biomaterials can provide …

As a prominent tool in regenerative medicine, tissue engineering (TE) has been an active field
of scientific research for nearly three decades. Clinical application of TE technologies has …

… Then, we describe how the introduction of biomaterial scaffolds, and the specific features of
these tissue engineering constructs exhibit intrinsicly immunogenic features that can impact …

… tissue, bone marrow and even muscle [20]. The integral aim of tissue engineering is to create
new tissue … environment which mimics that of the native tissue [21]. This is achieved with …

… In this article we discuss the design criteria as well as the types of biomaterial … design and
selection of the biomaterial is critical in the development of engineered genitourinary tissues…

… drive new-tissue formation upon injury, to be then transposed into adequate biomaterials’
design. Several nano/micro-technologies may be used to process biomaterials with different …

… cancer biology, our knowledge of designing biomaterial-based Notch signaling platforms …
engineered tissue systems is limited. By incorporating Notch signaling to tissue engineering …

… Alongside these positive developments, progress in biomaterials design and engineering
are converging to enable a new generation of instructive materials to emerge as candidates …

… Design principles for receptor-mediated regulation of cell function in tissue engineering
were presented by DA Lauffenburger, Ph.D. (Massachusetts Institute of Technology, Center for …