Needle puncture injury affects intervertebral disc mechanics and biology in an organ culture model

Keyphrases

• Annulus Fibrosus 14%
• Biologic Response 14%
• Bovine Caudal 14%
• Cell Death 14%
• Cell number 14%
• Cell Viability 28%
• Cellular Response 14%
• Compression Load 14%
• Creep 28%
• Culture Media 14%
• Daily Dynamics 14%
• Degenerative Changes 14%
• Diagnostic Techniques 14%
• Disc Height 14%
• Discography 14%
• Disk-shaped 28%
• Dynamic Compression 14%
• Dynamic Increase 14%
• Dynamic Modulus 28%
• Early Detection 14%
• Height Loss 14%
• Histology 14%
• Insertion Site 28%
• Intervertebral Disc 42%
• Intervertebral Disc Mechanics 100%
• Large Animal Model 14%
• Loading Protocol 14%
• Mechanical Changes 14%
• Mechanical Integrity 14%
• Mechanical Response 28%
• Minor Disruption 14%
• Needle Insertion 14%
• Needle Puncture 100%
• Nucleus Pulposus 14%
• Organ Culture 14%
• Organ Culture Model 100%
• Proteoglycan 14%
• Proteoglycan Loss 14%
• Regenerative Process 14%
• Small Gauge 14%
• Structure Mechanics 14%
• Structure Response 14%
• Water Content 28%

Medicine and Dentistry

• Cell Death 12%
• Cell Viability 25%
• Diagnosis 12%
• Diskography 12%
• Injury 100%
• Intervertebral Disk 100%
• Nucleus Pulposus 12%
• Organ Culture 100%
• Proteoglycan 25%
• Puncture 100%
• Water Loss 12%

Agricultural and Biological Sciences

• Biological Sciences 100%
• Cell Death 25%
• Cell Viability 50%
• Culture Media 25%
• Diagnostic Techniques 25%
• Intervertebral Disk 100%
• Nucleus Pulposus 25%
• Organ Culture 100%
• Proteoglycan 50%