
A massive fan of David Boreanaz so obviously i started watching this show for him alone, but to my delight this is turning out to be one of the most well-rounded show there has been on television in years. Despite what people might have thought of David Boreanaz's acting abilities, by starring in Bones he has proved that he is a well rounded actor whom can take any role and make it his own. The rest of the cast has been perfectly selected to bounce of David and make the show the best there can be. Also i am impressed with how Emily has turned out as an actor, in the first few episodes i thought she was a bit of a hollow actress, kind of carboardy, but i have since been proved very wrong and feel bad for terrible of how quick i judged her. I can only hope than this show continues to be made for a least another couple of years so we fans can find out as much as there is to know about our beloved characters. P.S To Fox Please please do not be as cruel as the bigwigs at the WB and cancel this show at the prime of it's run as it would be a dying shame and also doing this would grossly reduce your viewers.

The titanium foam is the result of a powder metallurgy-based molding process that has already proven its value in the industrial production of ceramic filters for aluminum casting. Open-cell polyurethane (PU) foams are saturated with a solution consisting of a binding medium and a fine titanium powder. The powder cleaves to the cellular structures of the foams. The PU and binding agents are then vaporized. What remains is a semblance of the foam structures, which is ultimately sintered. »The mechanical properties of titanium foams made this way closely approach those of the human bone«, reports Quadbeck. »This applies foremost to the balance between extreme durability and minimal rigidity.« The former is an important precondition for its use on bones, which have to sustain the forces of both weight and motion. Bone-like rigidity allows for stress forces to be transmitted; with the new formation of bone cells, it also fosters healing of the implant. Consequently, stress can and should be applied to the implant immediately after insertion.
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