The response of mineralizing culture systems to microtextured and polished titanium surfaces

Journal of Orthopaedic Research : Official Publication of the Orthopaedic Research Society
S A HackingJ D Bobyn

Abstract

The surface texture of titanium has a predictable effect on peri-implant tissue formation in vivo. When implanted in an osseous environment, smooth surfaces (R(a) < 0.5 mm) are generally apposed by fibrous tissue and textured surfaces (R(a) > 1.0 mm) are generally apposed by osseous tissue. Thus in vitro study assessed the mineralization and proliferation response of TF274, MC3T3-E1, murine femoral stromal cells and canine stromal cells to tissue culture plastic (R(a) = 0.001 mm), polished (R(a) = 0.01 mm) and irregularly textured (R(a) = 3.26 mm) titanium surfaces. Amongst all culture systems, proliferation was significantly decreased on textured vs. smooth surfaces. Midway through the culture of the canine marrow cells, the cell layer detached from the tissue culture plastic and polished titanium surfaces. The TF274, MC3T3-E1, murine femoral stromal cell systems formed a mineralized matrix on the tissue culture plastic and polished titanium surfaces which was not observed with the canine stromal cell system. Compared to the tissue culture plastic and polished titanium surfaces, matrix mineralization was significantly reduced on the textured titanium surfaces for the TF274, MC3T3-E1, murine femoral stromal systems, a result wh...Continue Reading

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Citations

Jun 6, 2009·Journal of Dental Research·S A Hacking, A Khademhosseini
Apr 14, 2011·Journal of Periodontology·Archontia PalaiologouThomas E Lallier
Jun 26, 2020·Journal of Oral Science·Luara A PiresAna Flávia S Borges

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