Page 163 - boneArtis - Digital Catalog
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                Fig. 55 Fig. 56
Fig. 57 Fig. 58 Fig. 59
Fig. 60 and 61
Fig. 62 and 63
Fig. 64 and 65
Fig. 66a–d
Fig. 67 Fig. 68
Fig. 69
Fig. 70 Fig. 71
Fig. 72 Fig. 73
Fig. 74 Fig. 75
Technical drawing of the series of the correlating extractors.
Scanning electron microscopy of the surface of a Synthacer® implant reveal- ing 5-μm crystallites.
ß-TCP implant of a market leader in the USA. μ-CT reconstruction of the implant.
ß-TCP implant Syntricer® with isotropic porosity in all directions resulting in equal strength of all implants. μ-CT reconstruction of the implant.
ß-TCP implant Syntricer® revealing full remodelling resorption with minor rests of the material inside the trabeculae, where close to the vasculature the remodelling-resorption process is still going on.
Granulated material of bovine origin represent compact bone; μ-CT with 3-D reconstruction and slice.
Syntricer® Ceraball® revealing a high speci c surface.
There is a fast integration of HA within 4 weeks and full integration into the construction of bone after one year.
Bony integration (a, d) of HA Synthacer® and remodelling-resorption of ß- TCP Syntricer® (b, c) in an experiment on animals: there is full resorption of ß-TCP after one year.
Bony ingrowth labeled with tetracycline into a press- t inserted graft, 8 days after the operation, measuring 1500 μm.
Osseointegration of the HA Synthacer® implant in the metaphysis of a dog, 23 days after the operation. The newly formed bone is labeled by oxytetra- cycline.
HA-Synthacer® granulated material will be reabsorbed very slowly. It is, however, bony integrated. The formation does never result in a physiologi- cal scaffold.
Fibrous encapsulation of a bovine hydroxyapatite granule indicating relative movement of the particles.
Graphical demonstration of the bone forming element "Ceraball®". The wo- ven-bone framework has formed within the  rst week around a morula-like agglomeration of pluripotential mesenchymal cells. Tibial head of a dog.
Lamellar bone scaffold around Ceraball® in a defect of the tibial head of a sheep, 4 weeks after surgery.
Tangential colonization of a calcium-phosphate surface by newly formed lamellar bone, already fully mineralized.
μ-CT 3D reconstruction of ß-tricalciumphosphate Syntricer®
Press- t inserted ß-TCP Syntricer® in a donor defect, covered by a sliding graft comprising periosteum-covered bone from the iliac crest or the distal metaphysis.
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