Characterization of mixing in a novel wavy-walled bioreactor for tissue engineering
β Scribed by Bahar Bilgen; I. Midey Chang-Mateu; Gilda A. Barabino
- Publisher
- John Wiley and Sons
- Year
- 2005
- Tongue
- English
- Weight
- 510 KB
- Volume
- 92
- Category
- Article
- ISSN
- 0006-3592
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract Osteoarthritis is a severe socioβeconomical disease, for which a suitable treatment modality does not exist. Tissue engineering of cartilage transplants is the most promising method to treat focal cartilage defects. However, current culturing procedures do not yet meet the requirements
## Abstract Tissue engineering is a new approach to articular cartilage repair; however, the integration of the engineered cartilage into the host subchondral bone is a major problem in osteochondral injury. The aim of the present work, therefore, was to make a tissueβengineered osteochondral const
## Abstract Dynamic flow culture bioreactor systems have been shown to enhance __in vitro__ bone tissue formation by facilitating mass transfer and providing mechanical stimulation. Our laboratory has developed a biodegradable poly (lactic acid glycolic acid) (PLAGA) mixed scaffold consisting of li
## Abstract A novel scaffold with large dimension of 3β4 cm in length and 1β1.5 cm in diameter was designed and fabricated for engineering large bone tissue __in vivo__. The scaffold was constructed by filling hydroxyapatite (HA) spherules into a porous HA tube. The HA spherules were prepared by ch
## Abstract Scaffolds of agar and gelatin were developed using a novel entrapment method where agar and gelatin molecules mutually entrapped one another forming stable cell adhesive matrices. Glutaraldehyde was used as a crosslinking agent for gelatin. Three types of hybrid matrices were prepared u