. 2015 Mar;49(1):27–35. doi: 10.15644/asc49/1/4

Table 2. Comparison of translucency before and after corrosion among materials of the same colour; t₀ = translucency before exposure to corrosive medium; t₁ = translucency after exposure to corrosive medium.

			AS±SD	p*	η2
Translucency t₀	A2	IPS e.max Ceram Dentin	7.58±0.92^a
		IPS e.max Press	16.50±0.33^b
		IPS e.max CAD	14.17±0.85^c	<0.001	0.966
	C2	IPS e.max Ceram Dentin	8.61±0.34^a
		IPS e.max Press	17.53±0.50^b
		IPS e.max CAD	13.87±1.17^c	<0.001	0.963
	B3	IPS e.max Ceram Dentin	9.69±0.30^a
		IPS e.max Press	17.58±0.58^b
		IPS e.max CAD	14.27±0.50^c	<0.001	0.981
Translucency t₁	A2	IPS e.max Ceram Dentin	7.50±0.69^a
		IPS e.max Press	16.18±0.30^b
		IPS e.max CAD	13.95±0.68^c	<0.001	0.978
	C2	IPS e.max Ceram Dentin	8.62±0.41^a
		IPS e.max Press	17.52±0.68^b
		IPS e.max CAD	13.87±1.33^c	<0.001	0.949
	B3	IPS e.max Ceram Dentin	9.62±0.48^a
		IPS e.max Press	17.47±0.62^b
		IPS e.max CAD	13.75±0.36^c	<0.001	0.979

*ANOVA and Student-Newman-Keuls post-hoc test. Types of materials which have different letters in the exponent have a statistically significant difference within the same colour.

Table 2. Comparison of translucency before and after corrosion among materials of the same colour; t0 = translucency before exposure to corrosive medium; t1 = translucency after exposure to corrosive medium.

Table 2. Comparison of translucency before and after corrosion among materials of the same colour; t₀ = translucency before exposure to corrosive medium; t₁ = translucency after exposure to corrosive medium.