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   Offical Journal of The Academy of Osseointegration

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Volume 35 , Issue 3
May/June 2015

Pages 403–408

The Effects of Scanning Electron Microscopy Desiccation Preparation on Demineralized Dentin Surfaces

John D. Sterrett, DDS, MSO/Murray Marks, PhD/John Dunlap, PhD/Jerilyn Swann, PhD/Kathy Schrock

PMID: 25909528
DOI: 10.11607/prd.2053

This study assessed the effect various scanning electron microscopy (SEM) desiccation preparation techniques have on a tufted collagen surface produced using an acid-burnished (rubbed) demineralization application technique. Citric acid– soaked cotton pellets (30%) were burnished on the dentin treatment region, rinsed in water, and then fixed. Four SEM desiccation preparation techniques were employed: (1) air-dried from glutaraldehyde; (2) air-dried from ethanol; (3) critical point dried from liquid carbon dioxide (control); or (4) air-dried from tetramethylsilane. Control specimens all displayed a characteristic tufted fibril surface. In all experimental groups, fibrils collapsed, forming an intact, undulating nondescript surface monolayer. All air-drying SEM desiccation preparation procedures appear to cause artifactual distortion of a tufted dentin collagen surface.

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