pone.0260737.s002.tif (141.66 kB)
Hyperechoic signal at print-layer boundaries.
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posted on 2021-12-09, 18:31 authored by Samantha J. Paulsen, Trevor M. Mitcham, Charlene S. Pan, James Long, Bagrat Grigoryan, Daniel W. Sazer, Collin J. Harlan, Kevin D. Janson, Mark D. Pagel, Jordan S. Miller, Richard R. BouchardB-mode images at (A) 12 MHz, (B) 30 MHz, & (C) 50 MHz of Phantom 1 with 200-μm layers showing the hyperechoic signal presenting at layer interfaces. B-mode images at (D) 12 MHz, (E) 30 MHz, & (F) 50 MHz of 50-μm layer Phantom 2.
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mimicking fluid flowinduced variable levelsg ., tortuositycontrolled phantom stiffnessstable us backscattersingle fabrication sessiondirect 3d printingprinting technique basedbased stereolithography allowsbased stereolithographyvoxel levelunderlying anatomysupporting bloodresults showprinted materialsnative tissuesmechanical propertiesmaterial castinghuman bodygenerating wellgenerate isotropiccustomizable fabricationcontinued developmentcomplex geometryclinical impactcharacterized phantomsbasic anatomicalanisotropic phantoms60 micrometers120 kpa
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