Intellectual Property and Technology Licensing Office (IPTLO)

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Additive Biomanufacturing of Cell Laden Hydrogels for Living Tissue Constructs
Technology Overview: This technology enables additive manufacturing of hydrogels containing living cells, allowing precise spatial control over both biological and structural features of 3D tissue constructs. This approach supports high cell viability while enabling fabrication of complex geometries with embedded functionality. This platform advances...
Innovator(s) Alperen Abaci, Murat Guvendiren, Shen Ji
Keywords(s): Biomanufacturing, Bioprinting, Hydrogel, In-vitro model, Patent Issued, Regenerative Medicine, Tissue Engineering
Category(s): Biomaterials & Regenerative Therapies
In‑Vitro Contractile Force Sensing Platform for Quantitative Tissue Mechanics
In‑Vitro Contractile Force Indicator Technology Overview: This technology provides an in‑vitro contractile force indicator that enables quantitative measurement of cellular and tissue‑level mechanical forces. The platform converts contractile activity into measurable signals, allowing researchers to monitor functional performance of engineered tissues...
Innovator(s) Jessica Pridmore, Cassandra Martin, Jonathan Grasman, Katherine Coombs
Keywords(s): Drug Discovery Technologies, In-vitro model, Mechanobiology, Patent Issued, Quantitative Measurement, Real-time, Tissue Engineering
Category(s): Diagnostics, Sensors & Analytical Platforms
Chitosan–FGF Matrices for Stem Cell Culture
Growth Matrices for Stem Cell Propagation in vitro and in Tissue Regeneration Technology Overview: A family of biomaterial growth matrices (e.g., chitosan‑based systems with FGF and defined components) that support robust in‑vitro stem cell propagation and promote tissue regeneration. The matrices are engineered to optimize growth factor presentation...
Innovator(s) Steven Levison, Cheul Cho, Nolan Skop, Frances Calderon, Chirag Gandhi
Keywords(s): Biomaterials, Bioprocessing, Cell Therapy, Patent Issued, Regenerative Medicine, Scaffold, Stem Cell Bioengineering, Tissue Engineering
Category(s): Drug Delivery, Excipients & Biopharma Manufacturing
Additive Biomanufacturing Platform for Cell Laden Hydrogels and Living Constructs
Additive Manufacturing of Cell‑Laden Functional Hydrogel and Live Cell Constructs Technology Overview: This technology enables additive manufacturing of hydrogels containing living cells, allowing precise spatial control over biological and structural features of 3D tissue constructs. The platform supports high cell viability while enabling fabrication...
Innovator(s) Alperen Abaci, Murat Guvendiren, Shen Ji
Keywords(s): Bioprinting, Hydrogel, In-vitro model, Patent Issued, Regenerative Medicine, Tissue Engineering
Category(s): Biomaterials & Regenerative Therapies
Dual Material 3D Printing Platform for Perfusable Tissue Scaffolds
Dual Printing Additive Manufacturing of 3D Scaffolds with Channel Diameters Ranging from 100–500 Microns Technology Overview: This technology enables dual‑material additive manufacturing of 3D scaffolds with precisely controlled channel diameters suitable for tissue perfusion and vascularization. The system prints structural and sacrificial materials...
Innovator(s) Murat Guvendiren, Shen Ji
Keywords(s): Biomanufacturing, Bioprinting, In-vitro model, Patent Issued, Regenerative Medicine, Scaffold, Tissue Engineering
Category(s): Biomaterials & Regenerative Therapies
Regenerative Scaffold Platform for Accelerated Tissue Growth and Repair
New Polyester Ethers and Polyesters Derived from Asymmetrical Bisanhydrohexitol‑Based Monomers Technology Overview: This technology introduces novel polyester ethers and polyesters synthesized from asymmetrical bisanhydrohexitol‑based monomers, enabling materials with tailored thermal, mechanical, and processing properties. Derived from renewable feedstocks,...
Innovator(s) Treena Arinzeh
Keywords(s): Biomedical, Implants, Orthopaedic Applications, Patent Issued, Regenerative Medicine, Scaffold, Tissue Engineering
Category(s): Biomaterials & Regenerative Therapies
Photoluminescent Hydrogel Platform for Bioimaging and Therapeutic Applications
Technology Overview: This NJIT technology is a photoluminescent hydrogel that combines soft, biocompatible polymer networks with intrinsic light‑emitting properties. The hydrogel can be engineered to emit fluorescence under specific excitation wavelengths while maintaining favorable mechanical and biological characteristics. Its formulation supports...
Innovator(s) Yunghao Tsou, Xiaoyang Xu
Keywords(s): Biocompatible, Biomedical, Hydrogel, Medical Imaging, Patent Issued, Photoluminescence, Sensor, Tissue Engineering
Category(s): Biomaterials & Regenerative Therapies, Life Science & Engineering > Diagnosis & Therapeutics