Journal of Periodontology · 1987 · 36 citations · 6 references
DentistryPeriodonticsPeriodontologyBiomedical OpticsBiophotonicsPeriodontal BiologyBiomedical Laser ApplicationsGingival BiologyGingival HealthGingival HistologyLaser-tissue InteractionPeriodontal Tissue DestructionDental Laser ApplicationsFocal LengthGingival Connective Tissue DestructionGingival Tissue DestructionGingival Tissue RepairHistological Assessment Of Laser InjuryLaser Irradiation ParametersLaser-induced Effects
A CO2 laser (Coherent Medical Model 400) was used to irradiate the gingival tissue of a cynomolgous monkey to determine laser effects on the epithelium and underlying connective tissue. A focal length of 400 mm and a 10-watt power setting at 0.2- and 0.5-second exposure was used. Biopsy results indicated that a 0.2-second duration of CO2 laser irradiation was inadequate to completely de-epithelialize the gingival tissue. A 0.5-second exposure exhibited complete epithelial destruction with little or no disturbance of the underlying connective tissue layer and viable connective tissue 1.0 mm below the impact site.
6
The healing of tissues incised by a carbon-dioxide laser
R R Hall · British journal of surgery · 1971 · 178 citations
Medicine, Plastic Surgery, Surgery +14
Safety with the carbon dioxide laser.
R. Kim Davis, George T. Simpson · PubMed · 1983 · 23 citations
Medicine, Surgery, Biophotonics +6