Mesenchymal stem cells as potential
source cartilage repair
Mesenchymal stem cells as potential
source cartilage repair
[Article in Hungarian]
Dudics V,
Kunstar A,
Geher P,
Gomor B,
Hangody L,
Uher F.
Budai Irgalmasrendi Korhaz, Reumatologiai Osztaly, Budapest.
Articular cartilage damaged by disease or trauma has a
limited capacity for regeneration. The end stage of
cartilage loss frequently leads to osteoarthritis resulting
in a significantly decreased quality of life in millions of
people. The surgical treatment of articular cartilage injury
has always posed difficult problems for orthopedic surgeons
and regarding long-term outcomes the currently available
methods are unsatisfactory. The main lack of the applied
methods is the appearance of the mechanically inadequate
resident fibrocartilage instead of hyalin cartilage in the
place of the cartilage defect. To find reliable methods for
early repair of cartilage injuries seems of huge importance.
Using techniques of tissue engineering, artificial cartilage
fabricated in vitro has been applied for the repair and
regeneration of damaged cartilage.
Mesenchymal stem cells provide a source of cells for the
repair of musculoskeletal tissue. Mesenchymal stem cells are
multipotent cells that are capable of differentiating into
cartilage, tendon, muscle, cartilage or hematopoiesis
supporting marrow stroma. To ensure the successful durable
integration and function of the engineered tissue requires
suitable biomechanical and biochemical circumstances, and
poses the challenge of handling in vitro culture of human
cells, cell biology and molecular biology.
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