Low Passage Mesenchymal Stem Cell Cell Bank from Cadaveric Vertebral Bodies

Description

Allogeneic bone marrow is a source of mesenchymal stem cells, which can be expanded in culture and banked for therapeutic use for a variety of inflammatory conditions. Since most cell banks have been created from relatively small volume bone marrow aspirates, creation of a cell bank suitable for therapeutic use requires significant cell expansion in culture. There is a growing appreciation that expansion of mesenchymal stem cells (MSC) can result in chromosomal abnormalities and loss of optimal anti-inflammatory function. Cadaveric vertebral bodies are a rich source of bone marrow mononuclear cells (BMMC) which have been used clinically in solid organ transplantation to promote engraftment of solid tissues from the same donor. Vertebral bone fragments, a byproduct of the preparation of BMMC, can be subjected to enzymatic digestion to release large numbers of MSC which can be rapidly expanded in a bioreactor without recourse to serial passage.

IP Status

Research Tool

Quick Facts:
Reference Number
02247
Technology Type
Life Science Research Tool
Technology Subtype
Cell Line
Therapeutic Areas
Immunology
Tags
Regenerative medicineTissue engineering
Lead Inventor
Albert Donnenberg
Department
Med-Medicine
All Tech Innovators
Albert D. DonnenbergLudovic Zimmerlin
Date Submitted
2010-06-09
Collections
Regenerative Medicine