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Publications

Titanium Nanotubes Improve Osteoporotic
Outcomes in a Rat Model

Pedicle Screw Extraction From a Horse Model

Decreased Bacterial Adhesion to Titanium Dioxide Nanotube Surfaces

Anti-Aging to Preserve Nanosurface Functionality

Loss of Biological Function with the Aging of Titanium Implant Surfaces

Nanotube Diameter Influences
MSC Osteogenic Differentiation

nanoVIS Ti™ Surface Technology Increases Mineralization of Extracellular Matrix

Evaluating Osseointegration Into a Deeply Porous Titanium Scaffold

Rapid Vascular On-Growth with Titanium Nanotube vs. Acid Etched Surfaces

Improved Fixation with nanoVIS Ti™ Surface Technology in a Horse External Fixator Pin Micromotion Model

Improved Pedicle Screw Fixation in a Sheep Micromotion Model

Effects of TiO2 Nanotubes on Gene Expression & Osseointegration

nanoVIS Ti™ Surface Technology Decreases Biofilm Formation In Vivo

Reduced Bacterial Adhesion to nanoVIS Ti™ Surface Technology

nanoVIS Ti Surface Technology™ Increases Mineralization of Extracellular Matrix

Innovation through collaboration to develop science driven technology platforms

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