Resources

Scientific & Clinical Impact of Nanovis’ Surface Technologies

Clinical Impact Series

Nanotechnology Enhanced Spinal Fusion Devices for Bone Growth

Todd Bonvallet, MD

Nanotechnology Enhanced Spinal Fusion Devices for Bone Growth

Wade Ceola, MD, FAANS

nanoVIS Ti™ Surface Technology Enhanced Spinal Fusion Devices for Bone Growth

Douglas Pahl, MD

Multi-level Lumbar Revision with Nanotechnology-Enhanced Pelvic Fixation

Alan McGee Jr, MD

White Papers

NanoVIS Ti Surface Technology Increases Mineralization of Extracellular Matrix Produced by Osteoblasts & Mesenchymal Stem Cells

Rapid Vascular On-Growth with Titanium Nanotube vs. Machine Finished Surfaces

Nanotube Diameter Influence MSC Osteogenic Differentiotion

Anti-Aging Nanosurface to Preserve Nanosurface Functionality

Pedicle Screw extraction from a Horse Model

Titanium Nanotubes Improve Osteoporotic Outcomes in a Rat Model

Acelerated Human Osteoblast Differentiation on CP Titanium

Titanium Nanotube Surfaces Improve Osseointegration in a Diabetic Rat Model

Improved Pedicle Screw Fixation in a Sheep Micromotion Model

nanoVIS Ti™ Surface Technology Increases Mineralization of Extracellular Matrix

Anti-Aging Nanosurface to preserver Nanosurface Functionality

Nanotube Diameter Influences MSC Osteogenic Differentiation

Publications

Effects of Ti02 Nanotubes on Gene Expression & Osseointegration

Evaluating Osseointegration Into a Deeply Porous Titanium Scaffold

Todd Bonvallet, MD

Let’s talk nano surface technology.