PEER-REVIEWED ARTICLE

Three-Dimensional Bioprinted Skin Microrelief and Its Role in Skin Aging

Wenxuan Sun · Bo Wang · Tianhao Yang · Ruixue Yin · Feifei Wang · Hongbo Zhang · Wenjun ZhangBiomimetics (Basel, Switzerland) 2024, 9(6), 366DOI 10.3390/biomimetics9060366 ↗

The supplied index reports that the study used DLP 3D printing to create samples with age-related skin microrelief and performed wrinkle formation simulations using a modified Voronoi algorithm. Experimental and numerical results indicated that microrelief affected the elastic modulus of the samples and that epidermal mechanical changes played an important role in wrinkle formation; the authors proposed the hypothesis that microrelief may help skin adapt to age-related mechanical changes.

Microrelief influenced the elastic modulus of 3D-printed samples, with age-related differences in mechanical properties.Mechanical testing of DLP-printed skin microrelief samples
Numerical simulations using a modified Voronoi algorithm indicated that epidermal mechanical changes play an important role in wrinkle formation, leading the authors to hypothesize that microrelief may help skin adapt to age-related mechanical changes.Wrinkle formation simulation and author hypothesis