Model and experimental data strongly suggest testing TEVGs until scaffold has biodegraded
Synthetic tracheal replacements experience infectious, inflammatory and mechanical failures.
What if you could utilize tissue engineering, imaging and 3D printing technologies to bring the benefits of a tissue engineered vascular graft to every child who needs one?
Research using a small animal model shows that it matters where in the body the cultured intestine is grown.
Seeding a high number of bone marrow mononuclear cells on graft appears to prevent narrowing.
A pair of surgeon-researchers is perfecting tissue engineered vascular grafts through bench, clinical and computational modeling studies.
