Neuronal Axon Mimics Enabled by Projection Stereolithography and Hybrid Electrospinning-Printing
Exclusively Licensed
Invention type: Technology
/
Case number: #19488Q
Materials and methods for cell-mimetics having mechanical properties of biological neural axons are provided. A cell-mimetic device includes an array of fibers comprised of hexanediol diacrylate (HDDA) or an HDDA derivative, and at least one derivative of polyethylene glycol (PEG) selected from the group consisting of: PEG-acrylate, PEG- diacrylate, and any multi-arm PEG-acrylate.
Researchers
Krystyn Van Vliet
/
Huifeng Du
/
Alexis Lowe
/
Daniela Espinosa Hoyos
/
Anna Jagielska
/
Hyunwoo Yuk
/
Xuanhe Zhao
/
Xuanlai Fang
Departments: Department of Materials Science and Engineering, Department of Mechanical Engineering
Technology Areas: Biomaterials & Bioelectronics: Tissue Repair / Biotechnology: Biomedical Devices & Systems, Tissue Engineering / Chemicals & Materials: Composites / Industrial Engineering & Automation: Manufacturing & Equipment
Impact Areas: Healthy Living
-
engineered 3d-printed artificial axons
United Kingdom | Granted | 3,622,050 -
engineered 3d-printed artificial axons
United States of America | Granted | 11,535,826 -
engineered 3d-printed artificial axons
European Patent Convention | Granted | 3,622,050 -
engineered 3d-printed artificial axons
United States of America | Published application -
engineered 3d-printed artificial axons
Germany | Granted | 3,622,050 -
engineered 3d-printed artificial axons
France | Granted | 3,622,050
License this technology
Interested in this technology? Connect with our experienced licensing team to initiate the process.
Sign up for technology updates
Sign up now to receive the latest updates on cutting-edge technologies and innovations.