2016Biomedical Research-tokyoRequires access

The correlation of healthy skin thickness and echogenicity with age, anatomic site and gender by high-frequency ultrasound

Sili Ni, Hua Wang, Xiaoyan Luo, Chunhua Tan, Qi Tan, Li-qiang Gan

Open publisher page 1 citations

Abstract

Objective: To investigate the correlation of healthy skin thickness and echogenicity with age, anatomic site and gender by high-frequency ultrasound. Methods: A total of 82 Chinese children in our department were selected as subjects, whose healthy skin thickness and echogenicity was measured using high-frequency ultrasound (DermaLab Combo, Cortex, Denmark) to examine whether there was statistical difference in skin thickness among different ages, anatomic sites and genders. Results: There was statistical difference in skin thickness and echogenicity among different anatomic sites and age groups (P 0.05). Conclusion: High-frequency ultrasound can accurately measure the healthy skin thickness and echogenicity in children. Skin thickness and skin echogenicity is correlated with anatomic site and age, but not correlated with gender.

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What this paper is about

Objective: To investigate the correlation of healthy skin thickness and echogenicity with age, anatomic site and gender by high-frequency ultrasound. Methods: A total of 82 Chinese children in our department were selected as subjects, whose healthy skin thickness and echogenicity was measured using high-frequency ultrasound (DermaLab Combo, Cortex, Denmark) to examine whether there was statistical difference in skin thickness among different ages, anatomic sites and genders. Results: There was statistical difference in skin thickness and echogenicity among different anatomic sites and age groups (P 0.05). Conclusion: High-frequency ultrasound can accurately measure the healthy skin thickness and echogenicity in children. Skin thickness and skin echogenicity is correlated with anatomic site and age, but not correlated with gender.

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Available abstract

Objective: To investigate the correlation of healthy skin thickness and echogenicity with age, anatomic site and gender by high-frequency ultrasound. Methods: A total of 82 Chinese children in our department were selected as subjects, whose healthy skin thickness and echogenicity was measured using high-frequency ultrasound (DermaLab Combo, Cortex, Denmark) to examine whether there was statistical difference in skin thickness among different ages, anatomic sites and genders. Results: There was statistical difference in skin thickness and echogenicity among different anatomic sites and age groups (P 0.05). Conclusion: High-frequency ultrasound can accurately measure the healthy skin thickness and echogenicity in children. Skin thickness and skin echogenicity is correlated with anatomic site and age, but not correlated with gender.

Key concepts: Echogenicity, High frequency ultrasound, Ultrasound, Skin thickness, Medicine, Age groups, Correlation, Ultrasonography

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