The sacroiliac joint (SIJ) is burdened with variant loads. However, no methods have allowed
to measure objectively how the SIJ deforms during bipedal walking. In this study, in-vivo …

Background Sacroiliac joints are affected by mechanical environments; the joints are formed
under mechanical stimulation, receive impact of walking between the upper and lower parts …

Bone mineral density distribution patterns at the sacroiliac joint (SIJ) may reflect long-term
adaptation patterns to the loading the joint endures. This study aims to display bone …

Objectives To compare the influence of age on inflammatory (bone marrow oedema [BME])
and structural (fat lesions [FL], erosions and ankylosis) MRI lesions in the sacroiliac joints …

Fat is physiologically embedded within the interosseous ligaments in the posterior part of the
sacroiliac joint (PSIJ). This composite of fat and ligaments is hypothesized to serve a shock …

Background and objective Fat within the posterior sacroiliac joint region (PSIJ) is thought to
compensate for the incongruent surfaces of the sacrum and ilium posteriorly. Knowledge on …

Background and Objectives: The foot comprises of active contractile and passive connective
tissue components, which help maintain stability and facilitate movement during gait. The …

The sacroiliac auricular surface has a variable morphology and size. The impact of such
variations on subchondral mineralization distribution has not been investigated. Sixty‐nine …

The sacroiliac joints form parts of two of three joints of the pelvic girdle. Located posteriorly,
the joints are formed by the articulation of the iliac part of the innominate (coxal) bone with …

The sacroiliac joint is designed to provide elasticity and load-induced deformation to a
certain, well-defined extent. Though the movements observed both clinically and …