id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_geqdytmk4vbvzocvijqnfzenma	Ann-Sophie Lafrenière	Bio-Engineering in Microtia Reconstruction: A Narrative Review	2020.0	8	.pdf	application/pdf	3484	289	47	3D modeling and printing, has proved to be a promising tool for patients with microtia, reconstruction of congenital malformations of the ear by plastic surgeons. Discussion: In patients with unilateral microtia, 3D modeling and printing of the normal Tags: 3D printing, Microtia, Bioprinting, Tissue engineering, Plastic Surgery techniques using 3D modeling and printing as published in clinical-scale studies. (2D) tracing of the normal contralateral ear as an intra-operative reference, to create models of the normal ear as an intra-operative reference tool when carving. imaging to produce and print a 3D model of the normal ear used as a 3D intraoperative sculpting guide(16). and plastic surgeons to successfully bioengineer patient-specific ear-shaped cartilage 3D scanning and printing techniques could increase the reconstructed ear s̓ similarity and printing for microtia reconstruction will likely focus on producing intra-operative scan-to-print ear model for microtia reconstruction. technique for 3D printing patient-specific models for auricular reconstruction.	./cache/work_geqdytmk4vbvzocvijqnfzenma.pdf	./txt/work_geqdytmk4vbvzocvijqnfzenma.txt