Polymeric nanofiber scaffold for cartilage tissue engineering
Search text
About 24 results
(0.17 seconds)
The Technology: Biocompatible hydrogel scaffold improves dental pulp regeneration and tooth repair. This technology is a hydrogel scaffold composed of polymer and fibrinogen that regenerates dental pulp as an alternative to root canal therapy. Dental pulp is the soft, connective tissue found within teeth that provides essential nutrients and is primarily responsible for responding to tooth damage.
Applications:
Fabrication of tissue scaffolds for vascular engineering. This technology is a simple method for fabricating tubular devices with well-aligned fiber organization for vascular tissue engineering. Tubular vessels formed from biocompatible materials are widely used in vascular tissue engineering applications, and can also serve as vascular grafts and nerve guides.
The Technology: Biomaterial composite matrix responsive to changes in humidity and water content. This technology integrates hygroscopic bacterial spores into a matrix of stiff filaments. Genetically engineered to obtain the best hydroscopic, hygroscopic, and physical properties for the desired application.
- 9Tissue engineering
- 8Biomaterial
- 7Polymer
- 6Nanoparticle
- 5Cell culture
- Add ...
- 23Biology
- 23Branches of biology
- 11Anatomy
- 18Biotechnology
- 11Biological systems
- Add ...
- 4Helen Lu
- 3Gordana Vunjak-Novakovic
- 3Helen Lu Ph.D.
- 2Kam Leong
- 2Lance Kam
- Add ...
- 11Dovina Qu
- 5Joan Martinez
- 4Cynthia Lang
- 2Greg Maskel
- 1Beth Kauderer
- Add ...
- 17Biomedical Engineering
- 3Applied Physics & Applied Math (APAM)
- 3Biological Sciences
- 2Chemical Engineering/Applied Chemistry
- 1Center for Integrated Science & Engineering (CISE)
- Add ...
- 22Fu Foundation School of Engineering and Applied Science (SEAS)
- 3Faculty of the Arts & Sciences
- 2Columbia University Medical Center (CUMC)
- 1FAS & SEAS
- Add ...
- Add ...