edited by G. Björn Stark, Raymund Horch, Eszter TÁczos.
Berlin, Heidelberg
Springer Berlin Heidelberg
1998
(xxix, 288 pages 110 illustrations, 19 illustrations in color.)
From the contents: Tissue Engineering of Skletal Muscle Using Micropatterned Biomaterials --; Chondrocyte-Differentiation in Fibrin-Coating on Polytetrafluorethylene-Membranes --; Wound Healing in Surgery --; Delivery Systems for Osteoinductive Proteins --; The Role of Fibrin Glue as Provisional Matrix in Tendon Healing --; Autologous ORS-Keratinocytes in the Therapy of Chronic Leg Ulcers --; Transplantation of Autologous Cultured Urothelium Cells onto a Prefabricated Capsule in Rats.
Tissue Engineering, just leaving its egg shells behind may well evolve to a major breakthrough in medicine. Progress in material engineering and biology have made it imaginable in short time to replace lost tissue functions and even lost body parts without the artificial and supply problems of transplantation. In a workshop symposium organized by the European Tissue Repair Society in August 1997 leading scientists from engineering, basic sciences and medicine contributed to this book, which specially stresses the importance of matrix materials for tissue reconstruction and wound healing. Starting with skin, an increasing number of groups is rapidly developing substitutes for most tissues which soon will enter clinical practice.
Dermatology.
Medicine.
Surgery.
TP248
.
27
.
A53
E358
1998
edited by G. Björn Stark, Raymund Horch, Eszter TÁczos.