Secondary sterilisation of allograft bone by gammairradiation is common, but the conditions under which it is performed vary between tissue banks. Some do so at room temperature, others while the bone is frozen. Bone is made brittle by irradiation because of the destruction of collagen alpha chains, probably mediated by free radicals generated from water molecules. Freezing reduces the mobility of water molecules and may therefore decrease the production of free radicals. We found that bone irradiated at-78°C was less brittle and had less collagen damage than when irradiated at room temperature. These findings may have implications for bone-banking
AbstractObjectiveThe aim was to study the effects of application of ionizing radiation (gamma and el...
Grafting with ground human bone matrix is performed widely in oral and maxillofacial procedures, in ...
In the technique of impaction bone grafting, implant stability depends on the mechanical properties ...
Freeze-drying and irradiation are common process used by tissue banks to preserve and sterilize bone...
Freeze-drying and gamma irradiation are commonly used for preservation and sterilization in bone ban...
BACKGROUND: Defatted bone chips with or without freeze-drying and irradiation have mechanical advant...
Large skeletal defects are often encountered in the surgery of bone tumours, revision arthroplasty a...
Bone allografts have been used widely to fill up essential void in orthopaedic surgeries. The benefi...
Reconstruction of large skeletal defects is a significant and challenging issue. Large defects can o...
The use of fresh-frozen cancellous allograft has been proven to be successful in restoring the bone ...
BACKGROUND: Gamma irradiation has been widely used for sterilization of bone allografts. However, ga...
Bone allografts are used in orthopaedic reconstruction of defects resulting from trauma, bone cancer...
For several decades, a dose of 25 kGy of gamma irradiation has been recommended for terminal sterili...
This chapter will cover the influences of various parameters (bone processing, freeze-drying, irradi...
OBJECTIVE: The aim was to study the effects of application of ionizing radiation (gamma and electro...
AbstractObjectiveThe aim was to study the effects of application of ionizing radiation (gamma and el...
Grafting with ground human bone matrix is performed widely in oral and maxillofacial procedures, in ...
In the technique of impaction bone grafting, implant stability depends on the mechanical properties ...
Freeze-drying and irradiation are common process used by tissue banks to preserve and sterilize bone...
Freeze-drying and gamma irradiation are commonly used for preservation and sterilization in bone ban...
BACKGROUND: Defatted bone chips with or without freeze-drying and irradiation have mechanical advant...
Large skeletal defects are often encountered in the surgery of bone tumours, revision arthroplasty a...
Bone allografts have been used widely to fill up essential void in orthopaedic surgeries. The benefi...
Reconstruction of large skeletal defects is a significant and challenging issue. Large defects can o...
The use of fresh-frozen cancellous allograft has been proven to be successful in restoring the bone ...
BACKGROUND: Gamma irradiation has been widely used for sterilization of bone allografts. However, ga...
Bone allografts are used in orthopaedic reconstruction of defects resulting from trauma, bone cancer...
For several decades, a dose of 25 kGy of gamma irradiation has been recommended for terminal sterili...
This chapter will cover the influences of various parameters (bone processing, freeze-drying, irradi...
OBJECTIVE: The aim was to study the effects of application of ionizing radiation (gamma and electro...
AbstractObjectiveThe aim was to study the effects of application of ionizing radiation (gamma and el...
Grafting with ground human bone matrix is performed widely in oral and maxillofacial procedures, in ...
In the technique of impaction bone grafting, implant stability depends on the mechanical properties ...