… , tissue engineering follows the principles of cell transplantation, materials science, and
engineering … Tissue engineering strategies generally fall into two categories: acellular matrices, …

… Here we examine two applications of stem cells to tissue engineering. The first case is the
regeneration of skin, which involves the structural formation of two-dimensional sheets. The …

… This article provides a resumé of stem cell biology and tissue engineering, the current status
… where stem cells are likely to be used successfully in future tissue engineering strategies. …

Tissue engineering scaffolds are designed to influence the physical, chemical and biological
environment surrounding a cell population. In this review we focus on our own work and …

… heterogeneous cell populations. It seems that both stem cell biology and tissue engineering
… damaged tissues and organs. For example, parallel experiments can explore the healing of …

… in the field of bone tissue engineering due to their distinct biological … stem cells to bone
tissue engineering requires inducing in vitro differentiation of these cells into bone forming cells, …

… of cell in the adult body, and thus would be useful in tissue and organ replacement applications.
This paper reviews recent advances in stem cell … novel therapies for tissue or organ loss. …

… cell types, including differentiated cells, rather than a single entity.Current sources of stem
cells for tissue engineering … The range of cell types to which they can differentiate varies, with …

… as the base cell source. Increased … of stem cells as a source of cells for tissue
engineering has, however, led to a new path of investigation for developing adipose tissue-engineering …

… A source of human cells that can be derived in large … bone forming cells is critically important
for engineering human … and adult stem cells, and their utility for bone tissue engineering. …