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City Peoria / New York / Edinburgh / / Company axial SpA / BioMed Central Ltd. / Hermann KG / Creative Commons / / Country United States / Scotland / / / Facility University of Illinois College of Medicine / / IndustryTerm Magnetic resonance imaging / resonance imaging / / MedicalCondition Anti-tumor necrosis / inflammatory reactions / degenerative disc disease / peripheral entheseal inflammation / inflammatory manifestations / JE / disease / distinct diseases / osteophytes / Enthesopathy / strain / ankylosing spondylitis / both ankylosing spondylitis / Arthritis / inflammatory and biomechanical influences / Spondylitic disease / T Masi Abstract Ankylosing spondylitis / bony ankylosis / acute degenerative disc disease / inflammatory mediators / inflammatory lesions / inflammatory mechanisms / pain / Tumor necrosis / necrosis factor-blocking / Chronic inflammation / enthesopathy concepts / active and chronic lesions / Synovitis / enchondral ankylosis / lumbar degenerative disk disease / HLA-B27 positive ankylosing spondylitis / spondylarthritis / degenerative disk disease / chronic mechanical overloading / inflammation / Chronic spinal overloading / entheseal inflammation / old disease / both diseases / inflammatory / disorders / chronic biomechanical overloading / / NaturalFeature Modic MT / / Organization University of Illinois / Department of Medicine / MTM Foundation / Illinois College / / Person Pedro Machado / Van Der Horst-Bruinsma / Sanchez JR / Van den Bosch / Ann Rheum Dis / Ann Rheum / Van Der Heijde / / Position author / / ProvinceOrState Illinois / / Technology Magnetic resonance imaging / MRI / / URL http /
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Might axial myofascial properties and biomechanical mechanisms be relevant to ankylosing spondylitis and axial spondyloarthritis?