InterFuse® S and T for the Treatment of Scoliosis, Spondylolisthesis and Degenerative Disc Disease...
ScoliosisBack PainThe primary objective of this prospective, post-market study is to collect data to assess the long term outcome of a broad contact modular interbody device in the form of the InterFuse S™ or InterFuse T™ device in patients undergoing long construct fusion for degenerative disc disease and/or scoliosis. Comparisons will be made with published historical data..
Genotype-related Molecular Targets in the Vitamin D Pathway for Spinal Disc Diseases
Intervertebral Disk DegenerationThe objective of our study will be to analyze the interplay between particular VDR variants and its ligand in cells obtained from intervertebral disc and cartilage endplate and their action on cell proliferation and phenotype maintenance. The identification of novel molecular targets in the vitamin D pathway, potentially promoting pathological alterations of the tissues involved in spinal disc diseases, will allow to develop innovative and more personalized preventive and pharmacological/nutritional therapies.
Burst Biologics Spinal Fusion Registry
Degenerative Disc DiseaseSpinal Stenosis3 moreA multicenter patient registry was created with aim of documenting how spine and neurosurgeons are utilizing Burst Biologics products along with patient outcomes. These include radiographic measures such as fusion outcome, instrumentation integrity, and clinical outcomes (symptom and function improvement) based on surgeon and patient based outcome assessments.
The Prevalence of Bone Degenerative Diseases in Beijing - a Cross-sectional Study
Cross-sectional StudyDegenerative Disease Joint1 moreThe purpose of this observational study is to investigate the prevalence and risk factors of bone degenerative diseases
Isolation and Authentication of Mesenchymal Stem Cell-like Progenitor Cells From the Degenerated...
Lower Back PainDisc DegenerationThe study is designed for evaluating the presence of mesenchymal stem cells of vertebral disc. Isolation and authentication of these cells may be applied for the vertebral disc regeneration and the research tissue engineering.