… high-fidelity, biocompatible, patient-specific tissue-engineered constructs for auricular
reconstruction which largely mimic the native auricle both biomechanically and histologically, …

… biocompatible patient-specific human-sized tissue-engineered constructs for ear reconstruction.
… We believe our approach to auricular tissue engineering holds tremendous promise for …

… to create high-fidelity, biocompatible, patient-specific tissue-engineered constructs for auricular
reconstruction. We … This strategy holds immense potential for tissue-engineered auricular …

… high-fidelity, biocompatible, patient-specific TE constructs for auricular reconstruction which
largely mimic the native auricle … for durable patient-specific tissue engineered anatomically …

… Recently, patient-specific porous scaffolds of the auricle and nasal tip have been created
with CAD/CAM technologies, using CT imaging and a laser-based 3D printing process. These …

… rapidly manufactured with high fidelity anatomic appearance. … new avenue for the
tissue-engineered auricle. In early pilot … of children who underwent auricular reconstruction …

… of patient-specific … Tissue engineering for auricular reconstruction remains a challenging
area of research. The need to recreate the complex 3-dimensional shape of the auricle …

… the rapid production of patient-specific, anatomically realistic … the design of tissue-engineered
auricles in terms of cell … , this model can produce high-fidelity anatomical scaffolds with …

… Auricular reconstruction provides a solution for many children … , patient-specific imaging,
and image-based design to replicate complex craniofacial structures through high-fidelity tissue …

… well-being of affected children. Using expanded microtia … trial of auricle reconstruction
using the engineered ear cartilage … in clinical translation of tissue engineered human ear-…