Non-union is a taxing complication of fracture management for both the patient and their surgeon. Modern fracture fixation techniques have been developed to optimise the biomechanical environment for fracture healing but do not guarantee union. Patient biology has a critical role in achieving union and stem cell therapy has potential for improving fracture healing at a cellular level to treat or avoid non-union. This article reviews the current understanding of non-union, concepts in bone healing and the current literature on the application of stem cells in non-union
Background Bone demonstrates good healing capacity, with a variety of strategies being utilised to e...
Fracture non-union represents a common complication, seen in 5%–10% of all acute fractures. Despite ...
Recently developed atrophic non-union models are a good representation of the clinical situation in ...
Recent progress in human embryonic and adult stem cell research is a cause for much enthusiasm in bo...
AbstractBone fracture healing impairment related to mechanical problems has been largely corrected b...
We’ve read with great interest the article by Smolinska et al. entitled “Stem Cells and Their Deriva...
Background: Fracture non-union is a significant problem with a wide demographic and massive economic...
This is an attempt of using in vitro cultured mesenchymal stem cells (MSCs) from bone marrow in join...
Stem cells offer great promise to help understand the normal mechanisms of tissue renewal, regenerat...
Delayed union or nonunion are relatively rare complications after fracture surgery, but when they do...
AbstractThis is an attempt of using in vitro cultured mesenchymal stem cells (MSCs) from bone marrow...
Trauma may cause irreversible tissue damage and loss of function despite current best practice. Heal...
Trauma may cause irreversible tissue damage and loss of function despite current best practice. Heal...
This article looks into normal physiological fracture healing with special emphasis on the diamond c...
Bone fractures and segmental bone defects are a significant source of patient morbidity and place a ...
Background Bone demonstrates good healing capacity, with a variety of strategies being utilised to e...
Fracture non-union represents a common complication, seen in 5%–10% of all acute fractures. Despite ...
Recently developed atrophic non-union models are a good representation of the clinical situation in ...
Recent progress in human embryonic and adult stem cell research is a cause for much enthusiasm in bo...
AbstractBone fracture healing impairment related to mechanical problems has been largely corrected b...
We’ve read with great interest the article by Smolinska et al. entitled “Stem Cells and Their Deriva...
Background: Fracture non-union is a significant problem with a wide demographic and massive economic...
This is an attempt of using in vitro cultured mesenchymal stem cells (MSCs) from bone marrow in join...
Stem cells offer great promise to help understand the normal mechanisms of tissue renewal, regenerat...
Delayed union or nonunion are relatively rare complications after fracture surgery, but when they do...
AbstractThis is an attempt of using in vitro cultured mesenchymal stem cells (MSCs) from bone marrow...
Trauma may cause irreversible tissue damage and loss of function despite current best practice. Heal...
Trauma may cause irreversible tissue damage and loss of function despite current best practice. Heal...
This article looks into normal physiological fracture healing with special emphasis on the diamond c...
Bone fractures and segmental bone defects are a significant source of patient morbidity and place a ...
Background Bone demonstrates good healing capacity, with a variety of strategies being utilised to e...
Fracture non-union represents a common complication, seen in 5%–10% of all acute fractures. Despite ...
Recently developed atrophic non-union models are a good representation of the clinical situation in ...