Abstract
The potential of a bis-GMA composite resin as implant material in bone is evaluated. The material is claimed to have mechanical and physical properties superior to those of the bone cements used today. A groove made in the cortex of the tibia in 18 rats was filled with bis-GMA, while a similar was left empty in the contralateral tibia. The reaction of the bone to this material was evaluated by histologic, radiologic, microradiograph and OTC-fluorescence methods. The material was well tolerated by the bone; after 1,3 and 6 weeks no reaction to the material was observed.
Vainio, J;
Rokkanen, P;
[1]
Central Hospital, Tampere (Finland))
- Tampere Univ. (Finland). Inst. of Clinical Sciences
Citation Formats
Vainio, J, Rokkanen, P, and Central Hospital, Tampere (Finland)).
Composite resin as an implant material in bone. Histologic, radiologic, microradiologic and oxytetracycline fluorescence examination of rats.
Germany: N. p.,
1978.
Web.
Vainio, J, Rokkanen, P, & Central Hospital, Tampere (Finland)).
Composite resin as an implant material in bone. Histologic, radiologic, microradiologic and oxytetracycline fluorescence examination of rats.
Germany.
Vainio, J, Rokkanen, P, and Central Hospital, Tampere (Finland)).
1978.
"Composite resin as an implant material in bone. Histologic, radiologic, microradiologic and oxytetracycline fluorescence examination of rats."
Germany.
@misc{etde_5881396,
title = {Composite resin as an implant material in bone. Histologic, radiologic, microradiologic and oxytetracycline fluorescence examination of rats}
author = {Vainio, J, Rokkanen, P, and Central Hospital, Tampere (Finland))}
abstractNote = {The potential of a bis-GMA composite resin as implant material in bone is evaluated. The material is claimed to have mechanical and physical properties superior to those of the bone cements used today. A groove made in the cortex of the tibia in 18 rats was filled with bis-GMA, while a similar was left empty in the contralateral tibia. The reaction of the bone to this material was evaluated by histologic, radiologic, microradiograph and OTC-fluorescence methods. The material was well tolerated by the bone; after 1,3 and 6 weeks no reaction to the material was observed.}
journal = []
volume = {92:2; 3}
journal type = {AC}
place = {Germany}
year = {1978}
month = {Jan}
}
title = {Composite resin as an implant material in bone. Histologic, radiologic, microradiologic and oxytetracycline fluorescence examination of rats}
author = {Vainio, J, Rokkanen, P, and Central Hospital, Tampere (Finland))}
abstractNote = {The potential of a bis-GMA composite resin as implant material in bone is evaluated. The material is claimed to have mechanical and physical properties superior to those of the bone cements used today. A groove made in the cortex of the tibia in 18 rats was filled with bis-GMA, while a similar was left empty in the contralateral tibia. The reaction of the bone to this material was evaluated by histologic, radiologic, microradiograph and OTC-fluorescence methods. The material was well tolerated by the bone; after 1,3 and 6 weeks no reaction to the material was observed.}
journal = []
volume = {92:2; 3}
journal type = {AC}
place = {Germany}
year = {1978}
month = {Jan}
}