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Original Research

The role of vitamin C in pushing back the boundaries of skin aging: an ultrasonographic approach

, , , &
Pages 463-470 | Published online: 02 Sep 2015

Figures & data

Figure 1 Variation of the mean number of LEP, MEP, and HEP during topically applied vitamin C-based therapy.

Notes: The figure shows a statistically significant increase in the number of MEP and HEP concomitant to the decrease in LEP. **P<0.01, ***P<0.0001.
Abbreviations: HEP, high echogenic pixel; LEP, low echogenic pixels; MEP, middle echogenic pixel.
Figure 1 Variation of the mean number of LEP, MEP, and HEP during topically applied vitamin C-based therapy.

Figure 2 The variation of age-dependent ultrasonic key markers at days 0, 40, and 60 of vitamin C-based therapy. A significant increase in the hyperechoic pixels is noticed in all age intervals throughout and after topical vitamin C therapy.

Abbreviations: D, Dermis; E, Epidermis; SC, subcutis.
Figure 2 The variation of age-dependent ultrasonic key markers at days 0, 40, and 60 of vitamin C-based therapy. A significant increase in the hyperechoic pixels is noticed in all age intervals throughout and after topical vitamin C therapy.

Figure 3 The variation of LEPs/LEPi ratio indicative of the dermal density according to phototype.

Notes: The lines indicate the statistically significant (P<0.05) variation of the ratio during therapy. *P<0.01.
Abbreviations: LEPs, low echogenic pixels in the upper dermis; LEPi, low echogenic pixels in the lower dermis.
Figure 3 The variation of LEPs/LEPi ratio indicative of the dermal density according to phototype.

Table 1 The variation of the ultrasound parameters at days 0, 40, and 60 of topical vitamin C-based therapy, according to the three studied age intervals