The biomechanical behavior of the intervertebral disk ultimately depends on the viability and activity of a small population of resident cells that make and maintain the disk's extracellular matrix. Nutrients that support these cells are supplied by the blood vessels at the disks' margins and diffuse through the matrix of the avascular disk to the cells. This article reviews pathways of nutrient supply to these cells; examines factors that may interrupt these pathways, and discusses consequences for disk cell survival, disk degeneration, and disk repair
The human spine consists of 23 intervertebral discs (IVDs) adjoining the vertebral bodies. These dis...
STUDY DESIGN: Disc cell viability was analyzed in relation to nutrient supply and cellular demand in...
The intervertebral disc (IVD) separates the vertebrae allowing flexibility, strength, as well as a w...
STUDY DESIGN: A review of the literature on disc nutrition. OBJECTIVES: To summarize the information...
The metabolic environment of disc cells is governed by the avascular nature of the tissue. Because c...
After a review of disk structure, the pivotal role of disk cells in producing and renewing the extra...
ABSTRACT The intervertebral disc (IVD) is one of the parts of the body most commonly affected by dis...
The intervertebral disc is an avascular tissue, maintained by a small population of cells that obtai...
After a review of disk structure, the pivotal role of disk cells in producing and renewing the extra...
International audienceA 2-D finite element model for the intervertebral disc in which quadriphasic t...
The main mechanism for solute transport within the intervertebral disk is passive diffusion. The 2 r...
Low back pain is a major social and economic dilemma in the United States. Despite its high impact, ...
Post mortem specimens of the human lumbar (L4 L5) intervertebral disc have been studied histological...
STUDY DESIGN: Intervertebral disc tissue was analyzed during or removed at routine surgery for corre...
The cells of the intervertebral disc exist in an unusual environment. They are embedded in a dense m...
The human spine consists of 23 intervertebral discs (IVDs) adjoining the vertebral bodies. These dis...
STUDY DESIGN: Disc cell viability was analyzed in relation to nutrient supply and cellular demand in...
The intervertebral disc (IVD) separates the vertebrae allowing flexibility, strength, as well as a w...
STUDY DESIGN: A review of the literature on disc nutrition. OBJECTIVES: To summarize the information...
The metabolic environment of disc cells is governed by the avascular nature of the tissue. Because c...
After a review of disk structure, the pivotal role of disk cells in producing and renewing the extra...
ABSTRACT The intervertebral disc (IVD) is one of the parts of the body most commonly affected by dis...
The intervertebral disc is an avascular tissue, maintained by a small population of cells that obtai...
After a review of disk structure, the pivotal role of disk cells in producing and renewing the extra...
International audienceA 2-D finite element model for the intervertebral disc in which quadriphasic t...
The main mechanism for solute transport within the intervertebral disk is passive diffusion. The 2 r...
Low back pain is a major social and economic dilemma in the United States. Despite its high impact, ...
Post mortem specimens of the human lumbar (L4 L5) intervertebral disc have been studied histological...
STUDY DESIGN: Intervertebral disc tissue was analyzed during or removed at routine surgery for corre...
The cells of the intervertebral disc exist in an unusual environment. They are embedded in a dense m...
The human spine consists of 23 intervertebral discs (IVDs) adjoining the vertebral bodies. These dis...
STUDY DESIGN: Disc cell viability was analyzed in relation to nutrient supply and cellular demand in...
The intervertebral disc (IVD) separates the vertebrae allowing flexibility, strength, as well as a w...