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PubMed · 406253

Time requirements for five APF gel application techniques.

K V Krell·H L Logan·L C Peterson·D L Hall·C L Scriven
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Acidulated Phosphate FluorideAdolescentAdultCost-Benefit AnalysisFluoridesGelsHumansIowaSchools, DentalTime and Motion StudiesVideotape RecordingJournal Article

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K V Krell, H L Logan, L C Peterson, D L Hall, C L Scriven. Time requirements for five APF gel application techniques.. https://pubmed.ncbi.nlm.nih.gov/406253/

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PubMed1979

Fluoride treatment and microhardness of dentin.

Effects of various fluoride treatments on the microhardness of human dentin were determined. Treatment with acidulated phosphate-fluoride at pH 3.0 induced a significant (p less than .05) softening when compared to treatment with water. APF at pH 4.0 did not bring about a significant change. Response to treatment with 0.4% SnF2 did not differ significantly from water treatment. Sequential treatment with APF (pH 4.0) followed by SnF2 produced significant (p less than .05) hardening of dentin. This hardening with APF-SnF2 differed at a high level of significance (p less than .001) from the softening produced by the pH 3.0 APF. A similarly significant difference was found between this single APF treatment and the single SnF2 treatment. When hardening of exposed dentin surfaces is desired, the sequential treatment method should be employed.

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