This PhD-research was focused on the development and evaluation of innovative scaffold-based bone tissue engineering concepts for the treatment of large volume bone defects, which still represent a major challenge in orthopaedic and reconstructive surgery. Two different types of bone tissue engineering constructs were investigated and successfully applied to regenerate critically-sized segmental bone defects in ovine animal models. The results outlined in the PhD thesis represent a significant contribution to potential future clinical translations of bone tissue engineering concepts from bench to bedside
The development of an osteogenic bone graft substitute has important practical and cost implications...
Commonly applied therapies to achieve bone reconstruction or function are restricted to the transpla...
Background: There are numerous animal models available to study bone healing as well as test strateg...
Currently, well established clinical therapeutic approaches for bone reconstruction are restricted t...
Tissue engineering and its clinical application, regenerative medicine, are instructing multiple app...
Currently, well-established clinical therapeutic approaches for bone reconstruction are restricted t...
Bone is a tissue with a strong regenerative potential. New strategies for tissue engineering of bone...
This protocol describes how to establish an ovine critical-size, segmental bone defect model to stud...
The generation of vascularized mineralized tissues of complex geometry without the use of extrinsic ...
Well-established therapies for bone defects are restricted to bone grafts which face significant dis...
Critical sized bone defect (CSBD) animal models are used to evaluate and confirm efficacy and potenc...
Large volume losses in weight bearing long bones are a major challenge in clinical practice. Despite...
Bone repair was addressed in a critical-sized defect model in sheep, combining a ceramic biomaterial...
A considerable number of international research groups as well as commercial entities work on the de...
Abstract Background The need for bone graft substitutes including those being developed to be applie...
The development of an osteogenic bone graft substitute has important practical and cost implications...
Commonly applied therapies to achieve bone reconstruction or function are restricted to the transpla...
Background: There are numerous animal models available to study bone healing as well as test strateg...
Currently, well established clinical therapeutic approaches for bone reconstruction are restricted t...
Tissue engineering and its clinical application, regenerative medicine, are instructing multiple app...
Currently, well-established clinical therapeutic approaches for bone reconstruction are restricted t...
Bone is a tissue with a strong regenerative potential. New strategies for tissue engineering of bone...
This protocol describes how to establish an ovine critical-size, segmental bone defect model to stud...
The generation of vascularized mineralized tissues of complex geometry without the use of extrinsic ...
Well-established therapies for bone defects are restricted to bone grafts which face significant dis...
Critical sized bone defect (CSBD) animal models are used to evaluate and confirm efficacy and potenc...
Large volume losses in weight bearing long bones are a major challenge in clinical practice. Despite...
Bone repair was addressed in a critical-sized defect model in sheep, combining a ceramic biomaterial...
A considerable number of international research groups as well as commercial entities work on the de...
Abstract Background The need for bone graft substitutes including those being developed to be applie...
The development of an osteogenic bone graft substitute has important practical and cost implications...
Commonly applied therapies to achieve bone reconstruction or function are restricted to the transpla...
Background: There are numerous animal models available to study bone healing as well as test strateg...