Measurement of Shear Wave Speed and Normalized Elastic Modulus of Human Skin with and without Dermal Striae Using Shear Wave Elastography

The human skin is a multi‐layered material consisting of three layers: the epidermis, dermis and the subcutis. The epidermis is the dominant structure that affects the properties of the skin such as the tensile strength and stiffness. The skin regulates body temperature, provides insulation, and protects inner organs. Skin structure has substantial influence on skin biomechanics. For instance, anisotropy is a result of alignment of elastin and collagen fibers in the dermis, and that compels the skin to exhibit greater tension in one direction, making it appear stiffer. The mechanical properties (such as stiffness, extensibility, and strength) of this organ are important from the clinical, cosmetic, and biomechanical standpoints. A fundamental understanding of skin mechanics is important for the development of useful products for cosmetology. As an illustration, changes in the mechanical properties of the skin can shed light on the efficacy of cosmeceutical formulations. In this review, we will highlight skin structure and then discuss the biomechanics of this important organ.

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Mechanical Properties of the Skin: What do we Know?

Ita

Silva

Bassey

2022

COSCI

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Measurement of Shear Wave Speed and Normalized Elastic Modulus of Human Skin with and without Dermal Striae Using Shear Wave Elastography

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Mechanical Properties of the Skin: What do we Know?

Mechanical Properties of the Skin: What do we Know?

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