Iakimenko D V, Bellendir E N, Garbuz A E
Probl Tuberk. 1999(3):48-50.
The experimental laboratory of the Saint Petersburg Research Institute of Pharmacology studied the potentialities of replacing bony defects and cavities by type UUKM-4d high-porous carbonic carbon. It was found that in orthotopic implantation, the more intensively bony osseous tissue was grown into the pores of an implant made of carbonic carbon, the more prolonged a postsurgical interval was; just at month 1 after orthotopic implantation, carbonic carbon implant was tightly fixed in the bony bed. Porous titanium is also fixed in the osseous defect without producing negative reactions of a patient's osseous tissue.
圣彼得堡药理研究所的实验实验室研究了用UUKM - 4d型高孔隙率碳碳材料替代骨缺损和空洞的潜力。研究发现，在原位植入中，骨组织向碳碳制成的植入物孔隙内生长得越密集，术后间隔时间就越长；在原位植入后仅1个月，碳碳植入物就紧密固定在骨床中。多孔钛也能固定在骨缺损处，且不会引起患者骨组织的不良反应。
